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STATEOFTHEARTANALYSISSub‐Activity3.1.

Stateoftheartanalysis

Version:v0.7(finaldraft)

Date:25.01.2016

Status:internal

Documenthistory

Documentversion

Comments Authorizedby

20.10.2015 firstdraft,v0.1 ClaudiuDutu

22.10.2015 Draft,v0.2 TeodorTanasescu

23.10.2015 Draft,v0.3 ClaudiuDutu

24.10.2015 Draft,v0.4 TeodorTanasescu

23.11.2015 Draft,v0.5 All

30.11.2015 Finaldraft,v0.6 TeodorTanasescu,ClaudiuDutu

25.01.2016 Finaldraft,v0.7–disclaimeradded KatjaRosner

Authors

Responsibleorganisation Principalauthor

AFDJGalati ClaudiuDutu,TeodorTanasescu

Contributingorganisations Contributingauthors

viadonau KatjaRosner,AndreasBäck

ARVD ZuzanaSebastova

OVF KarolyGombas,PalKotel

APPD BozhidarYankov

ACN CarmenManescu

Disclaimer

Thesoleresponsibilityofthispublicationlieswiththeauthor.TheEuropeanUnionisnotresponsibleforanyusethatmaybemadeoftheinformationcontainedtherein.

Price estimations result from an online desk research aswell as from individually obtained offerswhichalwayssuitcustomersspecificneeds,arefittoparticularnationalregulationsetc.Inadditionspriceschangeintimeandalwaysreflectcurrentmarketconditions.Thereforetheinformationmaybebasedondatathatmaynolongerbecurrentand/orestimatesthatmayinvolvehighlysubjectiveassessments.

Indicative prices are subject are provided for information purposes only. The implementing bodies ofFAIRwaydonotguaranteetheircompletenessoraccuracyofthedataprovidedinthisdocument.Duringthetenderprocedurestheyareresponsibleforupdatingthepriceestmations(ifrequired).

Report Stateoftheartanalysisonequipmentforhydrologicalservice

Tableofcontents

Abbreviations.............................................................................................................................................................................................2

1. Introduction.........................................................................................................................................................................................1

1.1. ActivitieswithintheStateoftheArtAnalysis............................................................................................................1

1.2. Expectedresults/outputs....................................................................................................................................................2

2. Multifunctionalmarkingvessel...................................................................................................................................................3

2.1. H2X–VESSELFORMARKINGWATERWAYS.............................................................................................................3

2.2. HERMANNBARTHELGMBHSHIPYARD–VESSELFORWATERWAYSMARKING....................................6

2.3. SHIPYARDROUSSEJSC–VESSELFORWATERWAYSMARKING......................................................................7

2.4. MTGDOLPHINPLG–VESSELFORWATERWAYSMARKING...........................................................................11

2.5. DAMENSHIPYARDS–MULTICAT®3713“YN571673”....................................................................................12

2.6. DAMENSHIPYARDS–MULTICAT®2712GreenIsle“YN571674”............................................................13

2.7. DAMENSHIPYARDS–MULTICAT®1908ShallowDraft“KULAN”..............................................................15

2.8. DAMENSHIPYARDS–MULTICAT®1908ShallowDraft“AGAT”.................................................................16

2.9. DAMENSHIPYARDS–DAMENMULTICAT®3013“MCSELLYII”................................................................18

2.10. SETSCHIFFBAU–WORKBOAT.....................................................................................................................................19

2.11. (AFDJ,RO)MULTI‐FUNCTIONALWORKVESSEL–MARKINGVESSEL........................................................20

2.12. EAEMDR(BULGARIA)–MARKINGVESSEL...........................................................................................................22

2.13. Summaryandconclusions................................................................................................................................................22

3. SurveyingVessel.............................................................................................................................................................................23

3.1. ALUMARINE–Hydrographicsurveylaunches......................................................................................................23

3.2. ARMSTRONGMARINEINC.–26CAT‐SURVEY‐BillBenson–PROPOSAL..............................................24

3.3. ARMSTRONGMARINEINC.–30CATAMISurvey.................................................................................................26

3.4. CHANTIERSALLAISSHIPYARD–Hydro...................................................................................................................27

3.5. CHANTIERSALLAISSHIPYARD–VNF........................................................................................................................29

3.6. CHEETAHMARINE–7.9mSurveyCatamaran‘Galloper’...................................................................................30

3.7. CHEETAHMARINE–CREHTracer4...........................................................................................................................32

3.8. CHEETAHMARINE–HydrographicSurvey“CETUS”..........................................................................................33

3.9. DAMEN–SURVEYCATAMARAN1706“LIDA”........................................................................................................35

3.10. DAMEN–STANTENDER®1504..................................................................................................................................37

3.11. DAMEN‐STANTENDER®1505...................................................................................................................................39

3.12. DAMEN–STANTENDER®1504"H01"...................................................................................................................41

3.13. TRIDENTALUMINIUMBOATS–TRIDENT720CT...............................................................................................43

3.14. MEYERSHIPYARD‐MZB750Cabin............................................................................................................................45

3.15. MSBoat–C690Cabin.........................................................................................................................................................46


4. Single‐beamSurveyingEquipment.........................................................................................................................................49

4.1. OHMEXLtd–SONARMITEv4.0MTX..........................................................................................................................49


4.2. TELEDYNEODOMHYDROGRAPHIC–ECHOTRACCV100.................................................................................50

4.3. VALEPORTLIMITED–MIDASSurveyorv2A...........................................................................................................52

4.4. ATLASHYDROGRAPHIC–ATLASDESO350M......................................................................................................54

4.5. NEPTUNESONARLtd.–T141(DualFrequencyandDualBeam)..................................................................56

4.6. NEPTUNESONARLtd.–340Series(DualFrequency)........................................................................................58

4.7. KONGSBERG–EA440Echosounder...........................................................................................................................60


5. Multi‐beamSurveyingEquipment..........................................................................................................................................63

5.1. KONGSBERG–EM2040MultibeamEchosounder................................................................................................63

5.2. TELEDYNE‐SeaBatT20‐P...............................................................................................................................................65

5.3. KONGSBERG–GeoSwathPlusCompact....................................................................................................................67

5.4. ATLASHYDROGRAPHIC‐ATLASFANSWEEP20..................................................................................................69

5.5. IMAGENEX–IMAGENEXDT101MULTIBEAM.......................................................................................................71

5.6. L3–ELACNautik–SeaBeam1180/1185...............................................................................................................73

5.7. R2SONIC–SONIC2020.....................................................................................................................................................75

5.8. NORBIT–SEABEDPS‐120006‐5...................................................................................................................................76

5.9. NORBIT–SEABEDPS‐140001‐3...................................................................................................................................78

5.10. TELEDYNEODOMHYDROGRAPHIC–MB1..............................................................................................................80

5.11. NORBIT–PS‐120005‐12...................................................................................................................................................82

5.12. NORBIT–PS‐120006‐9.....................................................................................................................................................84

5.13. TELEDYNEODOMHYDROGRAPHIC–MB2..............................................................................................................86

5.14. L‐3KLEIN–HYDROCHART3500..................................................................................................................................88

5.15. EDGETECH–6205:CombinedBathymetry&SideScanSonar.......................................................................90


6. AcousticDopplerCurrentProfiler(ADCP)..........................................................................................................................93

6.1. SONTEK–RiverSurveyorS5andM9...........................................................................................................................93

6.2. TELEDYNE–RiverRayADCP..........................................................................................................................................95

6.3. TELEDYNERDI–StreamProADCP..............................................................................................................................97


7. SubBottomProfiling.....................................................................................................................................................................99

7.1. EDGETECH–3200HighPenetrationSub‐bottomProfiler................................................................................99

7.2. iXBlue–ECHOES10000.................................................................................................................................................101

7.3. KONGSBERG–GeoPulseSubBottomProfiler......................................................................................................103

7.4. Summaryandconclusions.............................................................................................................................................104

8. Sedimentsampler........................................................................................................................................................................105

8.1. BOKUSedimentsampler–designplansbyBfG(Koblenz).............................................................................105

8.2. HYDRO‐BIOS–437332BottomSampleracc.toVanVeen............................................................................106



9. Gaugingstations...........................................................................................................................................................................108

9.1. AANDERAADATAINSTRUMENTSAS–D401SMARTGUARD......................................................................108

9.2. SIEMENSAG–SITRANSPMPSTRANSMITTER..................................................................................................110

9.3. CAMPBELLSCIENTIFICLTD.–CS451PressureTransducer.........................................................................111

9.4. OTTHYDROMET–OTTCBS‐CompactBubblerSensor..................................................................................114


10. Drones...............................................................................................................................................................................................117

10.1. DJI–PHANTOM3..............................................................................................................................................................117

10.2. DJI–InspirePro1.............................................................................................................................................................118

10.3. OneDrone–SuperHeroGEOX4/X8RTF.................................................................................................................121

10.4. SenseFly–eXom................................................................................................................................................................123

10.5. TrimbleNavigation–ZX5..............................................................................................................................................125

10.6. TrimbleNavigation–UX5.............................................................................................................................................127


11. AtoNs.................................................................................................................................................................................................130

11.1. SRTMARINETECHNOLOGYLTD.–TungstenAISAidtoNavigation.......................................................130

11.2. HydrosphereUKLtd.–CarbonAISAidtoNavigation(AtoN)......................................................................131

11.3. SRTMarine‐AtoNExpressAidtoNavigation......................................................................................................133

11.4. TIDELANDSIGNALCORPORATION–V‐Track™V10Informer™.................................................................135

11.5. AlltekMarine–Mando301/303................................................................................................................................137


12. Listofpictures...............................................................................................................................................................................140

AbbreviationsADCP AcousticDopplerCurrentProfiler

AIS AutomatedInformationSystem

AL ActivityLeader

ALUM Aluminum

AtoN AidstoNavigation

AUV AutonomousUnderwaterVehicle

DGPS DifferentialGlobalPositioningSystem

DG DieselGenerator

DP DynamicPositioning

ES EchoSounder

ECDIS ElectronicChartDisplayandInformationSystem

GPS GlobalPositioningSystem


GNSS GlobalNavigationSatelliteSystem

HPR HydroacousticPositionReference

IENC InlandElectronicNavigationalChart

IEC InternationalElectrotechnicalCommission

IALA InternationalAssociationofLighthouseAuthorities

LNWL LowNavigableWaterLevel

LOA LengthOverAll

MB Multi‐beam

MRU MotionReferenceUnit

PP ProjectPartner

ROV RemotelyOperatedVehicle

SAL Sub‐ActivityLeader

SB Single‐beam

SBP SubBottomProfiler

SSS SideScanSonar

UAV UnmannedAerialVehicle

SVS SoundVelocity

SVP SoundVelocityProfiler

USV UnmannedSurfaceVehicles

VHF VeryHighFrequency


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1. IntroductionIn general, market research is conducted to gain better knowledge of both product and supplieravailabilitywithinthespecificareawhichwillbesubjectoftheprocurementwithintheFAIRwayProject.Besides,byobtainingmoreinformationabouttheproductareainquestionandknowledgeoftheproductsfor which the procurement is taking place will lead that tendering documentation has higher quality,whichoftenleadstobetterprocurementresults.

MaingoaloftheStateoftheartanalysisisidentificationofpotentialsuppliersandinformationgatheringabout technology used, product description, specifications, performance, features, operationalcharacteristics,availability,accompanyingservicesandpost‐salessupport.

Researchshallbeperformedinordertodemonstratethatthepricesforgoodsorservicesrequestedarefair and reasonable as determined by informal assessment of readily available open market pricinginformation

TherearetwomainpillarsforexecutingoftheMarketStudy:

• Content of the application form that describes the equipment for implementation of theFAIRwayproject

• ContentoftheFairwayRehabilitationMaintenanceMasterPlanthatdescribestheequipmentnecessaryforproperexecutionofFairwayMaintenanceCycle

1.1. ActivitieswithintheStateoftheArtAnalysis

Preparatoryactivities

Mainactivitiestobeperformedwithinthepreparationphaseareasfollow:

• Elaborationofnecessityforperformingtheprocurement(justification)• Definitionofuse‐casescenariosfortheproduct/equipment• Definition of general, functional, non‐functional and other requirements for the

product/equipment(technicalspecificationandotherrequirements)• Researchactivities• Identificationof allmain known suppliers for the specific product/equipment that is to be

procured• For obtaining preliminary information about product/equipment, examination of main

equipmentmanufacturerswebsitesforwhattheyrevealandprovideabouttheirequipmentintermsoftechnology,product/equipmentdescription,specifications,performance,features,operationalcharacteristics,availability,accompanyingservicesandpost‐salessupport.

• Collecting and reviewing sales material and ads that are available, obtain catalogues andnewslettersandanalysingthem.

• Compare strengths and weaknesses among different competitors, technologies prior toperformingdirectcommunicationwithpotentialmanufacturers

• Checking other sources of informationwithin particular industry, for example people thatmay have worked with similar equipment, or some of the clients from the reference listsobtainedfromsupplier/manufacturer

• Directcommunicationactivities• Eachpartnershallchoosesuitablemeansofdirectcommunicationwithpotentialsupplier(s)

identifiedduringpreparatoryactivities.Theseare,butnotlimitedto:• Invitationofknownsuppliersforindividualproductpresentations• Sendingquestionsrequestsinwritingtopotentialsuppliers• Organizingthehearing‐invitesupplierstoajointmeetingtoobtaintheirviewpointspriorto

theprocurementprocess,dependingonthesubject• Request for Information(RFI):announcingquestionstobeansweredbypotentialsuppliers

byacertaindate

Before starting the direct communication it is suggested (but not mandatory) to create a quotationcomparisonlists.Thoselistsshallsupporteachadministration(FAIRwayPartner)inevaluatingresponsesandquotationsobtainedfromdifferentpotentialsuppliers!



Otheractivitiespriortotenderingprocedure

Ifpossibleandifconvenient,studyvisits,testset‐upsanddemonstrationscanbemadepriortotenderingprocedure.

PotentialsuppliersshallnotbepaidfortimespentorexpensesincurredinconnectionwithmarketsurveyperformedwithinFAIRwayproject.

Harmonizationactivities

Depending on the type of product/equipment, and bearing in mind area and usage scenarios of theequipment, it is advisable to check possibilities of harmonization and aligning the specification for theprocurementoftheequipment.PartnerswithintheFAIRwayProjectshallcarefullycheckworkofotherpartners and outputs of the Market Studies performed in other countries, in order to obtain furtherinformation that might be useful for improving the tendering documentation for particularprocurement(s).

Preparationforprocurementactivities

On the basis of collected information, in relation to the CEF programme rules and national legislation,partners shall identifyproperprocedure foreachandsinglepurchase.Whereverpossibleand justified,proceduresshallbegrouped.

1.2. Expectedresults/outputs

MainoutputoftheStateoftheArtAnalysisisgainedknowledgeandinformationthatshallenableproperexecutionoftheprocurementprocedureintermsof:

Specificationoftheequipment Preparedtenderdocumentation Successfulexecutionofthetender



2. Multifunctionalmarkingvessel

2.1. H2X–VESSELFORMARKINGWATERWAYS

Generaldescription

Markingvesselisdesignedfortheplacementofmarkingobjects(whichareplacedalongtheriverandontheriverbanks)andtheirmaintenance.Specialfeaturesofthevesselonpurpose:

Smalldraft heavilybevelledcontourbow smallheightofthefixedpoint bigbowmanoeuvredeckwithacraneforhandlingthemarkingobjectsandtheirstorageonthevessel widebowendforaleanandtighteningoftheothervessel(pushinganothervessel,ifnecessary) twoenginesforthegoodmanoeuvring comfortableaccommodationforthreecrewmembers(workingstaffforsettingupandmaintenance

ofmarkingobjects) spaceforadditionalstaffinthesalon‐wheelhouse(8persons)

Hullformisadisplacementtypewithabilge‐kneeandtheskewinthemiddleofstern(protectionofthepropeller in shallow water). Material of the hull and superstructure is a shipbuilding steel, stiffeningsystem is transversal. Superstructure quarterswere released into the deck and thewheelhousewith asalononthedeckisinfrontofaccommodation.Theengineroomisbelowthewheelhouseandsalonanditiswellsound‐proofed.

Dimensions

LOA(m)17,00m LengthonKvl,Lkvl(m)15,75m Width,B(m)4,46m Heightofthehull(m)1,50m Draft,T(m)0,85m Thehighestfixedpoint(m)3,80m DisplacementD(t)26,00TONSTELLGRADEA DisplacementD(t)20,00TONCOMPOSITE Capacity,N(t)7,08m Enginepower,P(kw)2x96kw Speedincalmwater,v(km/h)18,0ND

VesselEquipment

STEERINGGEAR

Twohangingsemibalancedruddersinlinebehindthepropeller.Pivotsteeringhydrauliccylinderthroughthe tiller and the connecting rod. Hydraulic cylinder torque of 700Nm. Themain drive unit hydraulicpumpsinthehydraulicsystemdrivenautonomousrotaryknobonthedeskinthewheelhouse.Auxiliarydriveamanualhydraulicpumpinthehydraulicsystem,autonomous,poweredbysteeringwheel inthewheelhouse.Managementofthemaindrivesteeringdeviceiselectricallypoweredandnetworkwith24VDC.Remotecontrolofmaindriveportablehandhelddevicewitha cable lengthof3m.Pointingdevicerudderonthecounterinthewheelhouse.

NAVIGATIONMEANS

Mastlights,flippingbackwards. Downloadable(folding),twomastheadlightsandpolesforsignsoflimitedmaneuver. Threelights,twoforeandoneaft,controlledelectrically.



GPS,depthsounderandspeedometer. River radar range150m to64km, the transmittingpowerof6kW.Theradarantennawillbe

placedonthepantograph‐breakingback,attheaftendofsaloonroof,adisplayabovethecounterinthewheelhouse.

Wipers,frontwheelhouse.

COMMUNICATIONEQUIPMENTANDDEVICESFORSIGNALING

LightsandsignsprovidedinaccordancewiththerulesandregulationsCEVNI:

Mastheadwhitelightof2250, Sidelights(greenandred)112.50; Yellowsternlightof1350, Anchor(peak)whitelightof3600, Yellowlightfora3600horn, Yellowflashing(rotating)lightforpublicboatinservice, Two sets of lights for a limited maneuver (upper red 3600, white underside 3600), in

combinationwithappropriateballoons. Blueplatebypass(auštek)ontherightsideoftheroofofthewheelhouse,withawhiteflashing

(rotating)lightwithremotecontrol. VHFradio,2pcs. Sirenmarine,electro‐pneumatic24V. Radarsiren. Megaphone‐PA24VDC,withthesignallights. Onboardthebellonthebowwithawindlass. Marinealarm24V

MOORING,BOATANDTRACTION(PUSH)

Anchorgear

OneanchorHallofmass120kg,anchorchain10mm,30m. Windlass380VAC,power1.5kW;onthepodiumatthebow. Storechainsonthedeckbelowgroundreels. Managinganchorwinchwithanchorandtheconsolefromthewheelhouse.

Equipmentformooring

Doublebollards,twopairs,onepairatthesternandoneonthebow. Bitt:oneinthemiddleonthebow. BollardsDN170mm. Oneoneachsideofthebeakinthemiddle,twosmallpininthestern,theboattender. Twoboat‐hooks.III.5OTHEREQUIPMENT

Equipmentforworkingwithmarkingobject:

Hydraulicwinch (capstan) on the right side of the bow, lifting anchors floatingmark,with therailsthatguidetheanchorropesovertheship'sside.Management:theconsolenexttothewinch.

Articulatedhydraulicliftatleast300kgonthearmof3.0m,ontherightsideofthebow.Cranewithahookandreeltherope.Managementofthecranewiththecraneconsole.

Searchlight220VAC500W,undertheroofofthewheelhouse,thelightingofthebowworkspace. Waterproofboxwithventilation,onthedeckinfrontofthewheelhousefrontwall.Boxusedto

holdtoolsforworkingwithlabelsonwaterandonshore. Shelvesforstorageofsparepartsinstorebookmarksbelowdeck. Davitfortender,onthemaindeckcabin,withmanualwinches,load99kg. Dinghy3.0m(pneumatic,withsolidbottoms)withoutboardmotorsto5.0kW. Standfordinghy,onthemaindeckaft. Wooden flooringmoving(blinking)onboard thecabroof, aswellasextra space forstorageof

variousequipmentformarking.



Engines

DIESELENGINESFORPROPULZION

Twomarinedieselengines:PERKINS–SABREM130C;96Kwat2500r/min.Theengineshavealternatorsforaminimum100A,anditsinstallationat24V.

TRANSMISSION

Twomarinegears for transferring98‐100kWwithoutputspeedto800r/min,with integratedthrustbearingsforthereceptionofpowerimpulsesandthesamegearratioandmomenttodrivethebowandthestern–forthetwinenginedrivesinstallation:ZF45‐1,i=3,03.

Twoshaftlineswithintermediateandpropellershaftinhorizontalsterntube.Sterntubeextendstostrutbearing,whichwillbebasedonthestructureabovethebottomwithtwoholdingarms.

Propellershaft:steelforging;fixedwingspropellers,upto600mmdiameter. Sterntubebearings:bothmadeofbronze,withmanualgreasing.

DIESELELECTRICGENERATOR

Diesel electric generatorproducesvoltagesof220 I380VAC,with sufficient force to settleallconsumers to the balance of electronic power devices, according to the appropriate value forconcurrency(suchas:CUMMINSONAN17.5MDKBR17,5kW/21,9kVA220/380V50Hz).

Starting batteries and electric starter 24 V, self‐charging; control (start I stop) from thewheelhouse.Emergencystoptheengineandthegeneratorfromthewheelhouse.

Dieselenginegeneratorwillbecooledwithwater.

Pictures

Figure1:VesselForMarkingWaterways(source:AVPoffer)

ContactInformation

H2XnefA

46,quaiFrançoisMitterrand,CS70056

13703LaCiotatCEDEX‐France

Tél:+33(0)442981025

Fax:+33(0)442083920

Publicrelation:[email protected]



Annexes

E1203H2X12.01.23.pdf

E1203H2X12.01.24.pdf

H2X‐Vesselstechandprice.pdf

SCHEDULEVESSELSOPTION1COMPOSITE.pdf

SCHEDULEVESSELSSTEEL.pdf

2.2. HERMANNBARTHELGMBHSHIPYARD–VESSELFORWATERWAYSMARKING

Generaldescription

Markingvesselisdesignedfortheplacementofmarkingobjects(whichareplacedalongtheriverandontheriverbanks)andtheirmaintenance.

Specialfeaturesofthevesselonpurpose:

Smalldraft Heavilybevelledcontourbow Smallheightofthefixedpoint Bigbowmanoeuvredeckwithacraneforhandlingthemarkingobjectsandtheirstorageonthe

vessel Widebowendforaleanandtighteningoftheothervessel(pushinganothervessel,ifnecessary) Twoenginesforthegoodmanoeuvring Comfortable accommodation for three crew members (working staff for setting up and

maintenanceofmarkingobjects) Spaceforadditionalstaffinthesalon‐wheelhouse(8persons)


Dimensions

LengthOA(m)17.00m Width,B(m)4.46m Heightofthehull(m)1.50m Draft,T(m)0.85m Thehighestfixedpoint(m)3.80m DisplacementD(t)26.00TONSTELLGRADEA DisplacementD(t)20.00TONCOMPOSITE Enginepower,P(kW)2x96kW Speedincalmwater,v(km/h)18.0ND

Capacities

Fueltanks(litre)2x1200 Tankofshallowwater(litre)540 Tankofgreyandblackwater(litre)320



VesselEquipment

‐

Engines


Twomarinedieselengines:PERKINS–SABREM130C;96Kwat2500r/min.

Theengineshavealternatorsforaminimum100A,anditsinstallationat24V.

Pictures


ContactInformation

SchiffswerftHermannBarthelGmbH

Dipl.‐Ing.CorinnaBarthel

Hauptstraße123

D‐39317Derben

Telefon:039349‐258

Fax:039343‐51895

E‐Mail:corinna.barthel@barthel‐werft.de

Annexes

HermannBarthelGmbHShipyardOffer.pdf

2.3. SHIPYARDROUSSEJSC–VESSELFORWATERWAYSMARKING

Generaldescription



Smalldraft Heavilybevelledcontourbow Smallheightofthefixedpoint



Bigbowmanoeuvredeckwithacraneforhandlingthemarkingobjectsandtheirstorageonthevessel

Widebowendforaleanandtighteningoftheothervessel(pushinganothervessel,ifnecessary) Twoenginesforthegoodmanoeuvring Comfortable accommodation for three crew members (working staff for setting up and


Hullformisadisplacementtypewithabilge‐kneeandtheskeginthemiddleofstern(protectionofthepropeller in shallow water). Material of the hull and superstructure is a shipbuilding steel, stiffeningsystem is transversal. Superstructure quarterswere released into the deck and thewheelhousewith asalononthedeckisinfrontofaccommodation.Theengineroomisbelowthewheelhouseandsalonanditiswellsound‐proofed.

Dimensions

LengthOA(m)17.00m LengthonKvl,Lkvl(m)15.75m Width,B(m)4.46m Heightofthehull(m)1.50m Draft,T(m)0.85m Thehighestfixedpoint(m)3.80m DisplacementD(t)26.00TONSTELLGRADEA DisplacementD(t)20,00TONCOMPOSITE Capacity,N(t)7,08m Enginepower,P(kw)2x96kw Speedincalmwater,v(km/h)18,0ND

Capacities

Fueltanks(litre)2x1200 Tankofshallowwater(litre)540 Watertankofgreyandblack(litre)320

VesselEquipment

HULLEQUIPMENT

Intakeandbottomplugs

Intake for all theneedsof externalwater (cooling, the general servicepump, air conditioning, etc.) areperformedthroughthetwosidekingstontanksintheengineroomatR16‐17.

Attheappropriateplace(thebow‐thirdthelengthofthehull)atthebottomplatingopensareperformedtosettheprobedepthgaugeandspeedometer.

STEERINGGEAR

Twohangingsemibalancedruddersinlinebehindthepropeller.

Pivotsteeringhydrauliccylinderthroughthetillerandtheconnectingrod.Hydrauliccylindertorqueof700Nm.

Themaindriveunithydraulicpumpinthehydraulicsystemdrivenautonomousrotaryknobonthedeskin the wheelhouse. Auxiliary drive a manual hydraulic pump in the hydraulic system, autonomous,poweredbysteeringwheelinthewheelhouse.

NAVIGATIONAIDS

Mastlights,flippingbackwards. Downloadable(folding),twomastheadlightsandpolesforsignsoflimitedmanoeuvre. Threelights,twoforeandonestern,controlledelectrically. GPS,depthsounderandspeedometer.



Riverradarrange150mto64km,thetransmittingpowerof6kW.Theradarantennaisplacedonthepantograph‐breakingback,atthesternendofsaloonroof,adisplayabovethecounterinthewheelhouse.

Wipersforfrontwheelhouse.

COMMUNICATIONEQUIPMENTANDDEVICESFORSIGNALING

LightsandsignsprovidedinaccordancewiththerulesandregulationsCEVNI:

Mastheadwhitelightof2250, Sidelights(greenandred)112.50; Yellowsternlightof1350, Anchor(peak)whitelightof3600, Yellowlightfora3600horn, Yellowflashing(rotating)lightforpublicboatinservice, Two sets of lights for a limited manoeuvre (upper red 3600, white underside 3600), in

combinationwithappropriateballoons. Blueplatebypass("auštek")ontherightsideoftheroofofthewheelhouse,withawhiteflashing

(rotating)lightwithremotecontrol. VHFradio,2pcs. Sirenmarine,electro‐pneumatic24V. Radarsiren. Megaphone‐PA24VDC,withthesignallights. Onboardthebellonthebowwithawindlass. Marinealarm24V

ANCHOR,MOORINGANDTOWING(PUSH)EQUIPMENT

Anchorgear

OneanchorHallofmass120kg,anchorchain10mm,30m. Windlass380VAC,power1.5kW;onthepodiumatthebow. Storechainsonthedeckbelowgroundreels. Managinganchorwinchwithanchorandtheconsolefromthewheelhouse.

Equipmentformooring

Doublebollards,twopairs,onepairatthesternandoneonthebow. Singlebollard:oneinthemiddleonthebow. BollardsDN170mm. Oneachsideinthemiddleonespout,twosmallspoutsinthestern,forauxiliaryboat. Twoboat‐hooks.

OTHEREQUIPMENT

Equipmentforworkwithmarkingsigns:

Hydraulicwinch(capstan)ontherightsideofthebow,forliftingtheanchorsofmarkingobjects,withtherailsthatguidetheanchorropesoverthevessel'sside.Management:theconsolenexttothewinch.

Articulatedhydraulicliftatleast300kgonthearmof3.0m,ontherightsideofthebow.Cranewithahookandreeltherope.Managementofthecranewiththecraneconsole.

Searchlight220VAC500W,undertheroofofthewheelhouse,thelightingofthebowworkspace. Waterproofboxwithventilation,onthedeckinfrontofthewheelhousefrontwall.Boxusedto

holdtoolsforworkingwithlabelsonwaterandonshore. Shelvesforstorageofsparepartsinstorebookmarksbelowdeck. Davitforauxiliaryboat,onthemaindeckcabin,withmanualwinches,load99kg. Auxiliaryboat3.0m(pneumatic,withsolidbottoms)withoutboardmotorsto5.0kW. Standforauxiliaryboat,onthemaindeckstern. Wooden flooringmoving(blinking)onboard thecabroof, aswellasextra space forstorageof

variousequipmentformarking.

CREWEQUIPMENT



SAFETYEQUIPMENT,PROTECTIONANDMEDICALEQUIPMENT

Therescueequipmentonvesselforthecrewandotherpeopleshouldbe:

Lifebuoy,2pieces,oneatthebowandonethesternwallofthesuperstructure; Lifejackets, in the parlor at the salon bench, 8 + 1 pcs (orange) and 4 pcs of inflatable (with

certificates).

Afirstaidcompletefor12personsislocatedinthecabinetinthesaloon.

Enigines


Twomarinedieselengines:PERKINS–SABREM130C;96Kwat2500r/min.Theengineshavealternatorsforaminimum100A,anditsinstallationat24V.

TRANSMISSION

Twomarinegears for transferring98‐100kWwithoutputspeedto800r/min,with integratedthrustbearingsforthereceptionofpowerimpulsesandthesamegearratioandmomenttodrivethebowandthestern–forthetwinenginedrivesinstallation:ZF45‐1,i=3,03.

Twoshaftlineswithintermediateandpropellershaftinhorizontalsterntube.Sterntubeextendstostrutbearing,whichisbasedonthestructureabovethebottomwithtwoholdingarms.

Propellershaft:steelforging;fixedwingspropellers,upto600mmdiameter. Sterntubebearings:bothmadeofbronze,withmanualgreasing.

DIESELELECTRICGENERATOR

Diesel electric generatorproducesvoltagesof220 I380VAC,with sufficient force to settleallconsumers to the balance of electronic power devices, according to the appropriate value forconcurrency(suchas:CUMMINSONAN17.5MDKBR17,5kW/21,9kVA220/380V50Hz).

Starting batteries and electric starter 24 V, self‐charging; control (start I stop) from thewheelhouse.Emergencystoptheengineandthegeneratorfromthewheelhouse.

Dieselenginegeneratoriscooledwithwater.

Pictures




ContactInformation

IrenaKrasteva

marketing|offers|contracts|claims

SHIPYARDROUSSEJSC

5MateiStoikovstr,7000Rousse,BG

ph+35982883705f+35982883876

Email:[email protected]

Web:www.shipyardrousse.bg

Annexes

ShipyardRousseJsc–VesselForWaterwaysMarkingOffer.pdf

2.4. MTGDOLPHINPLG–VESSELFORWATERWAYSMARKING

Generaldescription



Smalldraft Heavilybevelledcontourbow Smallheightofthefixedpoint Bigbowmanoeuvredeckwithacraneforhandlingthemarkingobjectsandtheirstorageonthe

vessel Widebowendforaleanandtighteningoftheothervessel(pushinganothervessel,ifnecessary) Twoenginesforthegoodmanoeuvring Comfortable accommodation for three crew members (working staff for setting up and



Dimensions

‐

VesselEquipment

‐

Engines

‐

Pictures

‐

ContactInformation



MTG‐Dolphinplc

8,DrazkiStr

9000,Varna,Bulgaria

Tel:+35952602074

Tel:+35952739721

Tel:+35952632963

Fax:+35952739747



Web:http://dolphin1.bg/

Annexes

MtgDolphinPlg–VesselForWaterwaysMarkingOffer.Pdf

2.5. DAMENSHIPYARDS–MULTICAT®3713“YN571673”

Generaldescription

Yardnumber 571673(damenshipyardshardinxveld)

Deliverydate Xx

Basicfunctions Anchorhandling,dredgerservice,towing,hosehandlingandsurvey

Classification Bureauveritasi tugunrestrictednavigation•mach,Aut‐ums,dynapos am/atr(dp2)

Nat.Authorities Dutchshippinginspectorate(il&t)unrestrictedservice

Flag Dutch

Dimensions

Lengtho.a. 36.66m Lengthmld. 34.50m Beammld. 12.50m Depthatsides(1/2l) 3.74m Draughtaftmax.(approx.) ±2.60m Draughtaftmin.(approx.) ±2.25m Grosstonnage(approx.) 499gt Bollardpull 35ton(m) Speed 10.0knots

VesselEquipment

‐

Enigines

MainEngineCenter 1xCaterpillarC32Acert746Bkw(Bhp)At1800Rpm GearboxCenter 1xReintjesWaf5625.947:1



PropulsionCenter 1xPromarinFixedPitchPropellerInOptimaNozzle,Ø1700Mm MainGenerators 2xCaterpillarC32Acert1175kva940ekw60hz480vac Propulsionouter 2xazimuththrustervethvz900–fp

2x825kwe‐motorwithø1600mmprop. BOWTHRUSTERS 2XVETHCJ1000325EKWE‐MOTOR360ºROTATABLE

Pictures

Figure4:141104‐ProductsheetMuC3713571673.pdf(Source:DamenOffer)

ContactInformation

Rivierdijk544

3371EBHardinxveld‐Giessendam

TheNetherlands

Phone+31(0)184613088

(Currentlocaltime:17:58)

Fax+31(0)184617793


Email:info@damen‐hardinxveld.nl

www.damenshipyardshardinxveld.nl

Annexes

141104‐ProductsheetMuC3713571673.pdf

2.6. DAMENSHIPYARDS–MULTICAT®2712GreenIsle“YN571674”

Generaldescription

YardNumber 571674/A15058(DamenShipyardsHardinxveld)

DeliveryDate April2015



BasicFunctions Anchorhandling,dredgerservice,supply,towing,hosehandlingandsurvey

Classification BureauVeritasI

Hull MACHTugUnrestrictednavigation,aut‐ums

Nat.Authorities MCACAT1Workboatcode

Flag UnitedKingdom

Dimensions

Lengtho.a. 27.70m BeamO.A. 12.45m Lengthloadline 23.90m Depthatsides 3.90m Draught(98%condition) ±2.85m Displacementlightship 405ton(m) Grosstonnage 299GT Britishtonnage 178,8BT

VesselEquipment

‐

Enigines

Mainengines 2xcatc32ttaacert Totalpower 1790bkwat1800rpm Gearboxes 2xreintjeswaf572l7,091:1 Propulsion 2xfixedpitchpropellersinoptimanozzles,1900mm Bowthruster kalkmanbeta250h,200pk/184kwhydraulicdriven

Pictures

Figure5:150520‐ProductsheetMuC2712YN571674GreenMarine.pdf(source:DamenOffer)



ContactInformation

Rivierdijk544


TheNetherlands

Phone+31(0)184613088


Fax+31(0)184617793



Annexes

150520‐ProductsheetMuC2712YN571674GreenMarine.pdf

2.7. DAMENSHIPYARDS–MULTICAT®1908ShallowDraft“KULAN”

Generaldescription

YardNumber 571578(DamenShipyardsHardinxveld)

DeliveryDate March2014


Classification BureauVeritasI HULL•MACHseagoinglaunchmax.6Bft

FLAG Kazakhstan

Dimensions

Lengtho.a. 19.38m Beamo.a. 8.50m Depthatsides 2.10m Draught(approx.) 1.00m Displacement(approx.) 145ton(m) Bollardpull 8.7ton(m) Speed 9.0knots

VesselEquipment

‐

Enigines

Mainengines 2xcaterpillarc12tab Totalpower 574bkwat1800rpm Gearboxes 2xreintjeswaf1443.522:1 Propulsion 2xfixedpitchpropellersinnozzles,1000mm

Auxiliaryequipment

Generatorset 1xcaterpillarc‐02,2na,28.1kva Transferpumps fuelandfreshwater20m3/hr Hydro/genset 1xc4.4ta,28,1kvaelectricalpowerand70kwhydraulicpower



Pictures

Figure6:MuC1908SDYN571578.pdf(source:DamenOffer)

ContactInformation

Rivierdijk544


TheNetherlands

Phone+31(0)184613088


Fax+31(0)184617793




Annexes

MuC1908SDYN571578.pdf

2.8. DAMENSHIPYARDS–MULTICAT®1908ShallowDraft“AGAT”

Generaldescription

YardNumber 571584(DamenShipyardsHardinxveld)

DeliveryDate 12‐06‐2014


ClassificationRMRS КМR3AUT3

Flag Russian



Owner Rosmorport

Dimensions

Lengtho.a. 19.38m Beammld. 8.50m Depthatsides 2.10m Draught(approx.) 1.05m Displacement(approx.)150ton(m)

VesselEquipment

Enigines

MainEngines 2xCaterpillarC12TAB TotalPower 574bkWat1800rpm Gearboxes 2xReintjesWAF1443.522:1 Propulsion 2xfixedpitchpropellersinnozzles,1000mm

AuxiliaryEquipment

GeneratorSet 1xCaterpillarC‐02,2NA,28.1kVA TransferPumps Fuelandfreshwater20m3/hr Hydro/Genset 1xC4.4TA,28,1kVAelectricalpowerand70kWhydraulicpower

Pictures

Figure7:MuC1908SDYN571584Agat(source:DamenOffer)

ContactInformation

Rivierdijk544




TheNetherlands

Phone+31(0)184613088


Fax+31(0)184617793




Annexes

MuC1908SDYN571584Agat.pdf

2.9. DAMENSHIPYARDS–DAMENMULTICAT®3013“MCSELLYII”

Generaldescription

YARDNUMBER 571691(DamenShipyardsHardinxveld)

BASICFUNCTIONS Anchorhandling,dredgerservice,towing,hosehandlingandsurvey

CLASSIFICATION BureauVeritasI TugUnrestrictednavigation•MACH,AUT‐UMS

NAT.AUTHORITIES DutchShippingInspectorate(IL&T):Unrestrictedservice

Dimensions

Lengtho.a. 30.14m Lengthmld 28.00m Beammld. 12.50m Depthatsides(1/2l) 3.80m Draughtaft(approx.) ±2.60m Grosstonnage 341gt Bollardpull(average) 37.8ton(m) Speed 10.6knots

VesselEquipment

Enigines

Mainengines 3xcaterpillarc32tta Totalpower 2124bkw(2888bhp)at1600rpm Gearboxes 3xreintjeswaf5625.947:1 Propulsion 3xpromarinfixedpitchpropellersinoptimanozzles,1700mm Bowthruster hydraulicallydriven184kw(250hp),kalkmanbeta250h

Auxiliaryequipment

Generatorsets 2xcaterpillarc04.4,107,5kvaeach Hydraulicpower caterpillarc32tta,634kw@1800rpm Fueloilseperator alfalavalmib303

Pictures



Figure8:Titleofthefigure2(source:www.damenshipyardshardinxveld.nl)

ContactInformation

Rivierdijk544

3371EBHardinxveld‐Giessendam,TheNetherlands

Phone+31(0)184613088

Fax+31(0)184617793




Annexes


2.10. SETSCHIFFBAU–WORKBOAT

Generaldescription

The5workboatswerecommissionedbytheFederalWaterwaysinorderandshouldaftertheirdeliveryintheareasofwaterandshippingofficesRheine,Meppen,MagdeburgandBraunschweigareused.Theshipsaretotakebothworkrelatedtasksintheriverandcanalareas,aswellasweather‐relatedEisaufbruch.Itisintheseshipssoasprototypesthatcanbeextremelyeffectiveusedintheyear‐roundoperation.

Dimensions

LengthO.A.: 22.73m Widthü.A: 7.10m Draughtempty: 1.25m Speed: min.13km/h



Drive: 1x588kWfixedpropeller Classcharacters: GL+100A5(0.6)Z,ICE,WORKBOAT+MC

Zones3,4and2(SINGLE)

VesselEquipment

‐

Enigines

‐

Pictures

Figure9:WORKBOAT(source:http://www.set‐schiffbau.de/)

ContactInformation

SETSchiffbauu.Entwicklungs‐

gesellschaftTangermündembH

Carlbau7b,D‐39590Tangermünde

Phone:+4939322993‐0

Fax:+49393222442

E‐Mail:mail@set‐schiffbau.de

Web:http://www.set‐schiffbau.de/

Annexes

http://www.set‐schiffbau.de/

2.11. (AFDJ,RO)MULTI‐FUNCTIONALWORKVESSEL–MARKINGVESSEL

Generaldescription

Providing a rapid intervention vessel aims to improve substantially the ability to restore signallinginterventionwhichwillleadtosafernavigationespeciallyinareascriticalpoints.

Thesupplierpaysparticularattentiontocompliancewithallrequirementsforconstructionoftheshipbutthefacilitiesprovidedinthedocuments,whichwillprovideincreasedreliabilitythroughoutthelifeofthe



vessel, thus reducing time of immobilization for carrying out repair and thus reduce costs themaintenanceoftheship.

Dimensions

Length–30.5m; Width–9m; Draught–1.4m; Speed–16km/h; Autonomy–120hours

VesselEquipment

Manoeuvreinstallingsignalizationmaterial,contains:

‐a)onepiecetelescopiccraneboomelectro‐hydraulictype,with7m3tSWLusedtomanoeuvrebuoysandotherweights

‐b)twoelectricallyoperatedwinches,with2tSWLwhicharelocatedintheCedges46,eachwithramphydraulicallydrivenrollerthatcanswingoutboardanchorsbuoys.

MeasurementsEquipment‐GPSSystem

‐Multibeammeasurementequipment

‐GPSantennasystemonstandarddeckblocktransceiver,powerblock,locatedinthewheelhouse.

Thesystemispoweredfrom220V,50Hz/24VCCofPNandisintegrateddynamicpositioningsystemandultrasonicprobe.

Engines

Twomaindieselengine,350kWx2200rpmeach

Pictures

Figure10:Multi‐FunctionalWorkVessel(source:AFDJ–FeasabilityStudy)

ContactInformation

‐

Annexes

AFDJFeasabilityStudy



2.12. EAEMDR(BULGARIA)–MARKINGVESSEL

Generaldescription

‐

Dimensions

Length–30.5m; Width–9m; Draught–1.4m; Speed–16km/h; Autonomy–120hours

VesselEquipment

‐

Enigines

‐

Pictures

‐

ContactInformation

‐

2.13. Summaryandconclusions

The purpose of this research formultifunctional marking vessel is to provide all detailed informationaboutthegeneral informationandtechnicalspecificationformarkingvesselwhicharedesignedfortheplacementofmarkingobjectsalongtheriver.Informationprovidedbypartnersarebasedonthefindingsthat comprise feasibility studies, tenders and technical specifications for each vessel. Partners haveenough informationtoapply for thespecificvesselcharacteristicsbasedontheirsignallingactivityandthecharacteristicofpilot sectors selected thatconduct to technical specification for theirvessels.Moredetailed information are provided through “FAIRway ‐ State of the art analysis equipment summary”document.

In conclusion, amarking vesselwith a length of about 20m is required at theDanube in Slovakia andCroatia.CorrespondingtotheoperationalrequirementsonthesignificantlywiderDanubeinBulgariaandRomaniaavessellengthofabout30misrequired.Adecisiveparameterisalsothevesseldraught,whichliesinarangebetween1mand1.4minordertoenablethewaterwayadministrationstoperformproperfairwaymarkingalsoduringlowwaterperiods.Vesselspeedisalsoanimportantfactorbutlesscrucialthanthevesseldraught.Inadditionthestoragecapacityforbouysondeck,thesizeoftheworkareaforhandeling the bouys as well as handling devices (cranes) are essential to be described in technicalspecifications of marking vessels. Also the number of persons, who stay on board, the hours ofautonomousoperation,fueltanksetc.willbeissuetothedetailedtechnicalspecifications.

Dependingontherequirementsandthefinaldesignpricesareexpectedtorangebetween1millionEurosforthesmallervesselsand3.5millionEurosforthelargervessels.



3. SurveyingVessel

3.1. ALUMARINE–Hydrographicsurveylaunches

Generaldescription

TheAlumarineShipyardhasspecializedintheconstructionofaluminiumboatssince1986.Theshipyarddesign and build powerful, robust and seaworthywork boats that can be used every day in themostextremeconditions.

Features

These survey boats will make hydrographic surveys in themaritime bief of the Congo River to guidedredging andmarking for the development of a transport network in the DRC (Multimodal TransportProject).ThesehydrographicsurveyboatsareeachequippedwithanautomaticGPSpositioningsystemandthelatestequipmentdedicatedtotheentryandprocessingofbathymetricdata(depthmeasurementoftheseabed).Thetwoboatswillalsoprobethesecondarychannelsandtheshallowdepthscreeks.

Applications

Theshapeofthehullhasbeenoptimizedtominimizepitchingwhenprobinginroughwaters,generatingmoreaccuratereadings.Theconcentrationofweightatthelowestpartsofthevesselsavoidrolling.

‐Robustandcustomboatsinaluminium

‐Stablehullgeneratingminimaldisruptionaroundthetransducer

‐Shallowdrafttoprobeinshallowareas

‐Smoothhullwithoutstrakes,avoidingairbubblesintheregionofprobe

‐Diamond‐shapedbow,extendingthedynamicwaterlineandallowingeasypassageinchoppysea.

Technicalspecifications

Construction AluMarine Architect FrancoisLucas Material aluminium LOA 7.80m Maxbeam 2.80m Draft 0.80m Lightdisplacement 4t Engines 2x115hpVdrive Servicespeed 8‐10knots Range 200km



Pictures

Figure11:Hydrographicsurveylaunches(source:http://www.alumarine‐shipyard.com/)

ContactInformation

ALUMARINE

PortLaunay44220Couëron‐FRANCE

Phone.+33(0)240651931

Fax.+33(0)240651652

[email protected]

GPS.Lat.N47°12'29.393/Long.W1°44'38.827

Web:http://www.alumarine‐shipyard.com/

Annexes

http://www.alumarine‐shipyard.com/en/industry/230‐vedettes‐hydrographique‐fleuve‐congo.html

3.2. ARMSTRONGMARINEINC.–26CAT‐SURVEY‐BillBenson–PROPOSAL

Generaldescription

Measuring vessel with multi‐beam device will serve for the measurement of the Danube river bedincludingdetailedmeasurementofthecriticalsectionsontheDanubeRiver.

Features

‐



Applications

Itwillenabletoobtainbetterdatawithinthedetailed3Dsituationoftheriverbedcomparingtotheactualcondition, because actually SWME, s.e., Branch office Bratislava has had only single beam measuringdeviceandthecrosssectionaremeasuredindensityof50m.Measuringvesselwouldhavethefollowingparametersandfacilitydevices:


Typeofthevessel: KATAMARAN, Length: 7,9m–9,5m Width 2,5m–3,3m, Draughtmax 1,2m, Engine: 2xhangingorbuilt‐inengine220HP Fuel: petrol/diesel Material aluminium HandlingoftheenginesHydraulic,

Accessories

2xradiostationVHF AIStransponderdevicewithIENCviewerconnection signallingdevicesforthesafetyofthenavigationduringthemeasurement sonar(navigational) multi‐beamtypeinterferometer200kHz DGPScompass motionsensor valeport miniSVPprofiler GPSGNSS Measuringsoftwareforthedatacollectionandtheirpost‐processing.

Pictures

Figure12:26CAT‐SURVEY(source:pdffile)



ContactInformation

151OctaneLn,PortAngeles,WA98362,UnitedStatesofAmerica

Tel:+1360‐457‐5752,Fax:+1360‐457‐5753

270HogansRd.Hubert,NC28539,UnitedStatesofAmerica

Tel:+1‐910‐708‐1295,Fax:+1‐910‐708‐1318

Web:http://armstrongmarine.com/

Annexes

26CAT‐SURVEY‐BillBenson‐PROPOSAL‐RevA.pdf

3.3. ARMSTRONGMARINEINC.–30CATAMISurvey

Generaldescription

LOA30' Beam11' Planingcatamaran

Features

‐

Applications

Itwillenabletoobtainbetterdatawithinthedetailed3Dsituationoftheriverbedcomparingtotheactualcondition, because actually SWME, s.e., Branch office Bratislava has had only single beam measuringdeviceandthecrosssectionaremeasuredindensityof50m.


DeckAccessories

Handrailsaroundforedeck Forwardfoldingantenna/radarmast Roofaccessladder Hullaccesshatches Aluminumdavitmountedonportside Hydraulicallypoweredsterngantryc/wPL2winch

Superstructure

Forwardleaningfullwidthwalkthroughcabin Insulated&paneledc/wwoodtrim Grayinteriorpaint

Accommodations

Two(2)surveystations Captainshelm Headpackagec/wmarinetoilet NorthernLightsdieselgenerator9kW

Power&Propulsion



Twin225HPYamahaoutboards Helmpumpsteering

Accessories

‐

Pictures

Figure13:30CATAMISurvey(source:30CATAMISurveyProposalRevA.PDF)

ContactInformation

151OctaneLn,PortAngeles,WA98362,UnitedStatesofAmerica

Tel:+1360‐457‐5752,Fax:+1360‐457‐5753

270HogansRd.Hubert,NC28539,UnitedStatesofAmerica

Tel:+1‐910‐708‐1295,Fax:+1‐910‐708‐1318

Web:http://armstrongmarine.com/

Annexes

30CATAMISurveyProposalRevA.PDF

AMISURVEYBOATBROCHURE.PDF

http://armstrongmarine.com/i‐16235981‐30‐outboard‐catamaran‐survey‐boat.html

3.4. CHANTIERSALLAISSHIPYARD–Hydro



Generaldescription

Insofaraswedesign theshipswebuild,and thatwehavechosen tokeepallaspectsofshipbuilding inhouse,wehavedecidedtodevelopanorganisationmodelbasedonISO90012000principles.In2003wedecidedtooptimiseourorganisationfurtherbyintegratingit intoadatabasemanagementsystem,thatweagainpreferredtodevelopinhousebycreatingourownITdepartment.

Features

‐

Applications

ShipServiceandServitude


Hulllength 10.30m Waterlinelength 9.20m Maxwidth 3.46m Maximumwidthatthewaterline 3.30m Draught 0.86m

PROPULSION

Propulsionpower 550hp Typeofpropellant Screwpropeller Maxspeed 18Kn

Accessories

‐

Pictures

Figure14:BoatHydro(source:http://www.chantiersallais.fr/)



ContactInformation

MSISolutions–ChantiersAllais

AtelierMécaniqueNord,BP80608

50106CherbourgOctevilleCedex,France

Tel:+33(0)233973349

Web:http://www.chantiersallais.fr/

Annexes

http://www.chantiersallais.fr/portfolio‐item/hydro‐2/?lang=en

3.5. CHANTIERSALLAISSHIPYARD–VNF

Generaldescription

‐

Features

‐

Applications

‐


MEASUREMENTS

Hulllength 7.85m Waterlinelength 7.70m Maxwidth 2.94m Maxwidthatthewaterline 2.76m Draught 0.92m

PROPULSION

Propulsionpower 130Cv Propellanttype Screwpropeller Maxspeed 11kn

CAPACITY

Fuel 2x132L Freshwater 150L Blackwater 110L

Accessories

‐



Pictures

Figure15:VNFBoat(source:http://www.chantiersallais.fr/)

ContactInformation

MSISolutions–ChantiersAllais

AtelierMécaniqueNord,BP80608

50106CherbourgOctevilleCedex,France

Tel:+33(0)233973349

Web:http://www.chantiersallais.fr/

Annexes

http://www.chantiersallais.fr/portfolio‐item/vnf‐2/?lang=en

3.6. CHEETAHMARINE–7.9mSurveyCatamaran‘Galloper’

Generaldescription

‘Galloper’isoneofthepopular7.9mCheetahCatamarans,whichhaveearnedanoutstandingreputationas an extremely versatileworkboat, complimented by CheetahMarine’s ability to customise each boataccordingtothecustomer’sspecificsurveyapplications.



Features

‐

Applications

ThemaindutiesofthePLA’shydrographersaretoprovideaccuratechartingoftheriverbed,throughoutthe140km tidal stretch of river and estuary that falls under theAuthority’s jurisdiction. Following thesuccessfulmountingofthe8125andmoonpoolsystemonSurveyor1,commissionedbytheSaudiPortsAuthority, CheetahMarine hasworked closelywithReson installing into ‘Galloper’ the new‐generationReson SeaBAT 7125 multibeam echosounder, sound velocity probe and POS MV Motion Sensor byApplanix.


Lengthoverall 7.9m Lengthoverallincbowsprit 8.2m Lengthtoinnertransom 7.2m Beam 2.7m Draught 0.3m(min) Wheelhousesize 1.7m Deckspace 2.1x2.58mwide Propulsion 2xHonda100hp

Accessories

The instruments aremounted within a hydrodynamic pod which can, for quayside wall surveying, betiltedata40ºanglebeforebeingloweredthroughthemoonpoolintothewatercolumn.Witha400kHzfrequency,the7125MBESreceivercoversa128ºswathwithultrahighresolutionandamaximumrangeof 300m. The PLA also has the option of fitting a lower 200kHz frequency bathy transducer, to aidsurveying of areaswith verydense fluidmud.A secondpod incorporates anAcousticDoppler CurrentProfiler (ADCP),making the Cheetah launch one of themost versatile small survey boats in operation,anywhereintheworld.

Pictures

Figure16:7.9mSurveyCatamaran‘Galloper’(source:http://www.cheetahmarine.co.uk/)



ContactInformation

UnitedKingdom

SeanStrevensMRINA,

[email protected]

OceanBlueQuay,TheEsplanade,Ventnor,IsleofWight,PO381JR

+441983852398

E‐mail:[email protected]

Web:http://www.cheetahmarine.co.uk/

Annexes

http://www.cheetahmarine.co.uk/en/deliveries/7.9m_survey_catamaran_galloper_leaps_through_her_sea_acceptance_trials

3.7. CHEETAHMARINE–CREHTracer4

Generaldescription

The Cheetah 7.9 is the fourth vessel added to the CREH survey capacity and she will make initialcontributions in twomain science areas. The first is the deployment and sampling of novelmicrobialtracersystems,developedbyCREHAnalyticalLtd.

Features

‐

Applications

‐


Lengthoverallincludingenginepods 7.9m Lengthtoaftbulkheadsexcludingenginepods 7.2m MouldedBeamoverall 2.65m Beamoverall 2.7m Decksize 2.7x2.58m Wheelhousesize 2.1x2.58m

Accessories

‐



Pictures

Figure17:CREHTracer4(source:http://www.cheetahmarine.co.uk/)

ContactInformation

UnitedKingdom

SeanStrevensMRINA,

[email protected]


+441983852398



Annexes

http://www.cheetahmarine.co.uk/en/deliveries/creh_tracer_4

3.8. CHEETAHMARINE–HydrographicSurvey“CETUS”

Generaldescription

The latest hydrographic survey Cheetah Catamaran was delivered to Dutch Company Heuvelman Ibisearlierthismonth.‘Cetus’measures6.2mLOAandhasbeenfittedwiththelongsurveystylewheelhouse.SeatrialsinOctoberatCheetahsbaseatVentnorHavenachievedtopspeedsof26knotswithtwinHonda50hpoutboards.Witha lightshipweightof1440kg,Cetuscanbeeasily towed, launchedandrecoveredfromvarioussiteswheretheCompanyoperatesacrossHollandandGermany.

Features

‐



Applications

‐


LengthOverall 6.2m Length,excludingenginepods 5.5m Beam 2.4m Draught 0.25(min) Longwheelhouselength 3.1mx2.2mwide Deckarea 1.5mx2.2mwide Weight 1460kg(incRobingenerator) EngineInstallation 2xHonda50hpoutboards Topspeed 26knots Cruisingspeeds 18‐19knots

Accessories

AKongsberg/geoAcousticsGeoswathMultibeamEchosounderhasbeenbowmountedallowingsurveysright up to the nearshore zone.With a shallow draught from 25‐30cm ‘Cetus’ is capable of accessingextremelyshallowwatergivinggreaterflexibilitywhenworkingtotidalwindows.Heuvelmancompletedthe fit out to include 19” racking housing 2 PCs and UPS, dual 19”monitors, Robin 3200 220/24vGenerator, Furuno Navnet radar/chart plotter system with VHF and land based navigation referenceantenna.

Pictures

Figure18:HydrographicSurvey“CETUS”(source:http://www.cheetahmarine.co.uk/)

ContactInformation



UnitedKingdom

SeanStrevensMRINA,

[email protected]


+441983852398



Annexes

http://www.cheetahmarine.co.uk/en/deliveries/hydrographic_survey_cheetah_in_northern_holland1

3.9. DAMEN–SURVEYCATAMARAN1706“LIDA”

Generaldescription

YARDNUMBER 1537(DamenShipyardsHardinxveld)

DELIVERYDATE April2001

NAT.AUTHORITIES DutchShippingInspection,30miles

Features

‐

Applications

BASICFUNCTIONS Supply,survey CLASSIFICATION BureauVeritasI3/3(E)LightShip

CoastalWaters


Dimensions

Lengtho.a. 17.20m Beamo.a. 6.20m Depth 3.05m Draught 1.25m

Performance

Speed(Trial) 19.70knots

PropulsionSystem

Mainengine(s) 2xcaterpillar3406edi‐ta Totalpower896 kw(1200bhp)@2100rpm Gearboxes 2xzf,typeirm350pl2/2.077:1 Propulsion fixedpitchpropeller

AuxiliaryEquipment

GeneratorSet 2xHatz/Stamford4L41C



Capacity 30kVA,50Hz,230/400V

Accessories

NauticalAndCommunicationEquipment

RADARFurunoFR‐8051 DGPS‐ AUTOPILOTRobertsonAP45 ECHOSOUNDER1xFurunoFE‐606 1xRHMES2000 VHF2xSailorRT2048 SSB‐ Navtex–

Pictures

Figure19:SurveyCatamaran1706“LIDA”(source:BN1537Hardinxveld.pdf)

ContactInformation

Rivierdijk544P.O.Box60


TheNetherlands

Phone:+31(0)184613088

E‐mail:info@damen‐hardinxveld.nl

Fax:+31(0)184617793

Web:www.damenshipyardshardinxveld.nl

Annexes



http://www.damenshipyardshardinxveld.nl/~/media/DamenHardinxveld/Documents/Product%20sheets/Specials/Survey%20Catamaran%201706.ashx

BN1537Hardinxveld.pdf

3.10. DAMEN–STANTENDER®1504

Generaldescription

HullMaterial Steel

Superstructure Aluminium

Features

‐

Applications

BasicFunctions Pilot,survey,crewboatandpatrol,duties

Classification BureauVeritas,

MACH

SpecialService/FastUtilityVessel,

SeaArea2


DIMENSIONS

Lengtho.a. 15.20m Beamo.a. 4.50m Depthatsides 2.18m Draughtmax 1.20m

CAPACITIES

Fueloil 1.6m3 Freshwater 0.2m3 Wastewater 0.1m3 Crew 2persons Industrialpersonnel 4‐8persons

PERFORMANCES

SPEED 13.0–18.0knots

RANGE 175nm.atspeed

PROPULSIONSYSTEM

MAINENGINES 2xVolvo/Caterpillar

TOTALPOWER 450–650bkW

GEARBOXES 2xZF/TwinDisc

PROPULSION 2xFixedpitchpropellers

ELECTRICALEQUIPMENT



NETWORK 24Vd.c.,230/400V50Hza.c.

GENERATORSET 1x13.0kW,16.5kVA

Accessories

Nautical,surveillanceandcommunicationequipment Searchlight1x250w,24v Compassmagnetic Echosounder Radar GPS VHF Vhfhandheld Mf/hf Navtex

Pictures

Figure20:SurveyCatamaran1706“LIDA”(source:prodbladSTe1504.pdf)

ContactInformation



3370ABHardinxveld‐Giessendam

TheNetherlands

Phone:+31(0)184613088


Fax:+31(0)184617793


Annexes



http://products.damen.com/en/ranges/stan‐tender/stan‐tender‐1504/deliveries/ste‐1504‐lady‐zineb

DATASHEETDOWNLOAD

http://products.damen.com/~/media/Products/Images/Clusters%20groups/High%20Speed%20Crafts/Stan%20Tender/Stan%20Tender%201504/Documents/Product_Sheet_Damen_Stan_Tender_1504_29062015.ashx

prodbladSTe1504.pdf bnobladSTe1504YN541606.doc

3.11. DAMEN‐STANTENDER®1505

Generaldescription

YARDNUMBER 541606

OWNER TheRoyalMoroccanNavy

FLAG Morocco

DATEOFDELIVERY March2011

HULLMATERIAL Steel

SUPERSTRUCTURE Aluminium

Features

‐

Applications

BASICFUNCTIONS Surveyduties CLASSIFICATIONS BureauVeritas, I Hull●MACHLightShip/PilotBoatCoastalArea


Lengtho.a. 15.20m Beamo.a. 4.80m Depthatsides 2.25m Draughtmax 1.25m

Capacities

Fueloil 2.5m3 Freshwater 0.2m3 Dirtyoil/bilgewater 0.3m3 Wastewater 0.3m3 Crew 2‐3persons Industrialpersonnel 6‐8persons

Performances

Speed 18‐26kn. Range 270nm.Atmaxspeed

Propulsionsystem



Mainengines 2xmtu/man/caterpillar/volvo Totalpower 500–1000bkw Gearboxes 2xtwindisc Propulsion 2xfixedpitchpropellers

Electricalequipment

Network 24vd.c.,230/400v50hza.c. Generatorsets 1x13.5kw,16.9kva

Accessories

NAUTICAL,SURVEILLANCEANDCOMMUNICATIONEQUIPMENT SEARCHLIGHT1x250W,24V COMPASSMagnetic ECHOSOUNDER RADAR GPS VHF VHFHANDHELD MF/HF NAVTEX

Pictures

Figure21:STANTENDER®1505(source:STe1505.pdf)

ContactInformation






TheNetherlands

Phone:+31(0)184613088


Fax:+31(0)184617793


Annexes

https://www.google.ro/url?sa=t&rct=j&q=&esrc=s&source=web&cd=1&cad=rja&uact=8&ved=0CB4QFjAAahUKEwjP1f‐B7OTIAhVHWBQKHX‐RAFI&url=http%3A%2F%2Fproducts.damen.com%2F~%2Fmedia%2FProducts%2FImages%2FClusters%2520groups%2FHigh%2520Speed%2520Crafts%2FStan%2520Tender%2FStan%2520Tender%25201505%2FDocuments%2FDamen_Stan_Tender_1505_Fast_Twin_Screw_Aluminium_Workboat.ashx&usg=AFQjCNEmM6Z6GM‐7LeOE3R11aYzMTuc‐3w&sig2=AVCR1477p8nAesPddL5W5A&bvm=bv.106130839,d.d24

prodbladSTe1505.pdf

3.12. DAMEN–STANTENDER®1504"H01"

Generaldescription

YardNumber 541606

Owner TheRoyalMoroccanNavy

Flag Morocco

DateOfDelivery March2011

Features

HullMaterial Steel Superstructure Aluminium

Applications

BasicFunctions SurveyDuties Classifications BureauVeritas,I Hull●MachLightShip/PilotBoatCoastalArea


Lengtho.a. 15.32m Beamo.a. 4.37m Depthatsides 2.18m Draught(approx.) 1.10m

Tankcapacities

Fuel 1.50m3 Freshwater 0.21m3



Performance(trials)

Speed 14.0kn.

Propulsionsystem

Mainengines 2xmand2866lxe40 Totalpower 442bkw Gearboxes 2xtwindisc Propellers 2xfixedpitchpropellers

Electricalequipment

Batterysets 2x24vd.c./200ah Shoreconnection 230v/32a+25mcable Batterycharger 24v/75a Generatorset 16.9kva Netwok 230va.c.50hz,singlephase

Accommodation

Crew 2persons Otherpersonnel 2persons Wheelhouse surveyarea Belowmaindeck galley,messroom/cabinandsanitaryspace Airconditioning 48000btu

Accessories

Nautical,surveillanceandcommunicationequipment

Searchlight 1x250w24v

Compass ritchiehb71

Echosounder raytheonst60

Gps furunogp‐32

Vhf s.p.Radio,sailorrt2048

Radar furuno1832

Surveyequipment qinsysurveysystem

kongsbergsimradem3002multibeamechosounder

kongsbergsimrade400single‐beamechosounder

c‐maxcm2sidescansonar

multi‐beamadd‐on

sidescansonardisplayadd‐on

ixseaphinsinertialnavigationsystem

rtkgpssystemdc201

valeportminisvs

valeportsvp200

Pictures



Figure22:STANTENDER®1504"H01"(source:www.damenshipyardshardinxveld.nl)

ContactInformation




TheNetherlands

Phone:+31(0)184613088


Fax:+31(0)184617793


Annexes

http://products.damen.com/en/ranges/stan‐tender/stan‐tender‐1504/deliveries/ste‐1504‐h01 http://products.damen.com/en/ranges/stan‐tender/stan‐tender‐1504

3.13. TRIDENTALUMINIUMBOATS–TRIDENT720CT

Generaldescription

ModelTRIDENT720CThasacomfortable,spaciouscabinwithareverseslopeofwindows,itcompletelyeliminatessunglare;raindropsandsprayswillnotinterfere,thisdesignallowstogoconfidentandsafeontheboatinallweatherconditions.Throughcab(doorsinforeandaftcockpits)providesaconvenientmooringandaccesstotheshore.Intheboat,providedfold‐outbed‐sofainthecockpitlocker.Reliability,functionality,securityareallconnectedtogetherinthisaluminumboat.



Features

Design feature of aluminum motorboat TRIDENT 720 CT Evolution is displacement the cabin by halfmeterforwardtothebow,attheexpenseoftheaftcockpitincreasedupto2meters.Suchconstructionisappreciated by both professionals and fishermen, hikers, diving lovers – possibility to place in thespaciousaftcockpitanyequipment,gearorjuststaywithabigcompany.Thereisplentyofspaceforworkandleisure.Boatiseasytodrive,itisstableinthecourse,quicklygoesplanning(deadrise17°,equippedwith a bottom 3 couples of steps) . Great stay and fishing on boat TRIDENT 720 CT Evolution areguaranteed.

Applications

There'snothingtobedone‐first,thenorthernlatitudesofthePacificdonottoleratefoppishrelationship,andsecondly,tosuchprojectsworthexclusivelyutilitariantask‐hunting,fishingandmoretimefishing!


Overalllength 7350Mm Overallbeam 2450Mm Overalldepth 2300Mm Depthofboardonmiddle 1100Mm Deadrise 17º Draft 400Mm Passengers 7Pers. Engines,max 175‐200Hp Fuel 200L

Accessories

‐

Pictures

Figure23:TRIDENT720CT(source:FAIRwaymarketstudyTrident720CTboat‐HU.pdf)



ContactInformation

Russia,St.‐Petersburg,Lomonosov

Transportnijline,9

Phone: +7(812)423‐32‐23

Email: [email protected]

Web:http://www.tridentboats.ru/

Annexes

http://www.tridentboats.ru/boats/en/b8‐720‐ct.html FAIRwaymarketstudyTrident720CTboat‐HU.pdf

Price

Net76.000Euro(equippedwithMercuryVerado175outboardengine,LowranceElit7xfishfinder,air‐conditioningandallcompulsoryequipment,readytousewithallnavigationcertificatesnamedtoVIZIG)

PriceisbasedonHungarianprocurementprocedurecarriedoutbyOVFin2015.august(exchangerateis311HUF/Euro)

3.14. MEYERSHIPYARD‐MZB750Cabin

Generaldescription

Aworkboat withmechanical front hatch and spacious cabin "headroom". TheMPE 750 is a fast bootapplication.Thenewoffshorehullofferssafedrivingbehaviorinroughwater,theTrimaranrumpfgrantshigh stability.Theboathasagood thermal insulationand isbydefaultheaterdesigned foryear‐roundoperation.

Features

‐

Applications

‐


Length 7:50m Width 2.50m ownweight 1900kg Payload 850kg Material GFK Motorization: gasolineordiesel

engineto300hpwithsterndriveoroutboardengineupto250hporjetdrive

Accessories

‐



Pictures

Figure24:MZB750Cabin(source:Messboote.pdf)

ContactInformation

MEYERBootswerfte.U.

A‐3641AggsbachMarkt,Niederösterreich

Tel.:0043(0)2712247

Fax:0043(0)271224740

www.bootserft‐meyer.at

E‐mail:office@bootswerft‐meyer.at

Annexes

http://www.bootswerft‐meyer.at/media/files/Datenblatt%20MZB%20750%20Cabin.pdf Messboote.pdf Mayer_DatenblattMZB750Cabin.pdf MindestanforderungVermessungsboot.pdf

3.15. MSBoat–C690Cabin

Generaldescription

MS BOAT is a family company manufacturer of the highest quality aluminum boats. Our unsinkablealuminumboatsfeaturehighenduranceandhighdentandcorrosionresistance.Theyhaveveryrigidboatstructurewithrelativelylowweight.Thismakesthemagreatchoiceforayear‐rounduseboat,bothonseasan inlandreservoirs.Allourboatsaredesignedandconstructedwithan idea tosupportoptimumfunctionalityandcomfort.Thankstoawellequippedinteriortheyareperfect forfamilytripsorfishingexcursionsboats.

Ourboatscanalsobeusedaswork‐boats.Verystrongmaterialsandsmartdesignensure that theboatwill be a great partnerwhatever your tasks are.What ismore, the interior layout and the equipment



whicharedeliveredasstandardpackagecanbecustomizedtoyourneedsandwishes.That’sbecausewewant to give you the boat exactly the way you want it. A workboat with mechanical front hatch andspaciouscabin"headroom".Theboathasagoodthermalinsulationandisbydefaultheaterdesignedforyear‐roundoperation.

Features

MsC690isaspaciousandverystableboatwithenclosedCabin.Itcannotstopevenwithafullloadandisequallysuitablefortransportasforfishingexpeditions,oroutingwiththewholefamily.Installaheatersoyouhave itniceandwarmeven inruskeweather.Thanks to thehigh freeboard, thegoodstabilityandcarryingcapacity,sotheboatisverysafetodriveeveninopenandroughseas.

Theboatiseconomicalintermsofoperatingcosts,becauseitsbasicdesignofthehullrequiresrelativelysmallmotor.Itspracticaldecorwithdooronfrontandbackallowsyoutogothroughtheboat,makingitideal forbothfishingtrip, transportanddisembarkation.Therobustranksandromeaffordabledeck inthebowfacilitateboardingandloading/losing.Theboathasaveryrobustconstructionthroughout5mmseawaterresistantaluminiumofthehighestquality.

Applications

Work‐boat


Length 6.90m Width 2.35m Ownweight 1600kg Material ALU5mm Personcapacity 7 Fueltankcapacity 180l Motorization outboardengineupto200hp

Accessories

Hydraulicsteering/Light formapreading/Fireextinguisher/Roofcargopipes/ElectricbilgepumpElectric panel /Drinkholder / Cleats –4 pcs /Manual bilgepump/Main switch / Couch2pcs /Rodholders–2pcs/Fueltank/Wipers–2pcs/Temperedglass5mm/Boatladder/Fuelgauge/Radio/CD/Trunk–2pcs/Rubberfenders/NavigationlightsLED/Boathorn/Compartments–2pcs/Sound‐proofingmats/HalogensLED–2pcs/Socket12V‐2pcs/Handles–4pcs/Paintedbottom/Cabinlights–4pcs/Ventilation/Cargosecurityhandles–4pcs/Anodes/Aluminiumtreadplatefloorinsidethecabin



Pictures

Figure25:MSBoat–C690Cabin(source:http://msboat.com/)

ContactInformation

MSBoat

ul.Rżącka47

30‐687Cracow,Poland

mobile:+48500046464

email:[email protected]

web:http://msboat.com/

Annexes

http://msboat.com/product/c‐690‐19.html OVFOfferMSBoat–C690Cabin.pdf

Price

Net70.000Euro(equippedwithMercuryF150EXLPTEFIoutboardengine,Hummingbird899CXIHDSICombo fish finder, air‐conditioning and all compulsory equipment, ready to use with all navigationcertificatesnamedtoVIZIG)

PriceisbasedonHungarianprocurementprocedurecarriedoutbyOVFin2015.august(exchangerateis311HUF/Euro)


Accordingtothesurvey,partnersprovidebasedonthefindingsandoffersreceivedvaryingtypesofshipsorboats.Accordingto thesurvey,partnersprovideoffersandtechnicalspecificationreceived formanyboats.Theresultsofthestudyconsistindifferentformsofconstructionhull,materialsused,dimensions,equipmentused,tasksandpurposethatisused.Typically,modernsurveyvesselswillbeequippedwithone or more of the following equipment: GPS positioning and logging, single beam sonar, multibeamsonar,Side‐scansonar,towedmagnetometer,subsurfaceprofiler,grabsampler,bottomcoringdeviceor



ADCP.Thespecificationofthevesselsvaryingfrom7mupto15mlongandthehulloftheshipvaryingfromcatamaranup tonormalone.Manypartneropt for small ships that fulfil theirneedsespecially intermsofshallowwatermeasurements.Bathymetricsurveyswithsingle‐beamandmulti‐beamequipmentwillbeusedforchartscanbeusedforawiderangeofapplicationssuchasnavigationcharts,describingsedimentologicalprocesses likeerosionandsedimentaccumulation,underwater landslides, fluctuationsofsealevel,subsidence,andenvironmentalapplications.

Indicativepriceestimationsforthesurveyinfvesselsrangebetween70,000and250,000Euros.

4. Single‐beamSurveyingEquipment

4.1. OHMEXLtd–SONARMITEv4.0MTX

Generaldescription

TheSonarMitePortableEchoSounderhasbeendesignedtoprovideaportableinstrumentthatprovidesthefacilitiesofa‘professional’sounderatthecostandperformanceofa‘fishfinder’device.Itisimportanttorecognizewhatthedifferencesarebetweenthesetwotypesofechosounder.The‘fishfinder’orleisurecraftdevicesareprimarilyconcernedwithtwofunctions,findingfishinthewatercolumnbelowtheboatby sensing returns from their swimbladders andproviding a bottom tracking/smoothing algorithm todetectminimumwaterdepthbelowtheboatshull.

Features

‐

Applications

‐


1x235KHzsinglebeamtransducerusedinBTXmode 1x200/30dualbeamtransducerusedinMTXmode 3x235KHztransducersspacedat2xdepthinsweepmode 1x200KHzcentrewith2x235KHzport/starboardtransducers 1x200/30KHzmixedfrequencycentrewith2x235KHzsidetransducers

Accessories

SonarMiteMTXmainprocessorunitc/wBluetoothAntenna 'Smart'P66depthtransducerc/w5mcableandembeddedprocessor Serialdatalead IP68ruggedplasticTransitcase SonarW7postprocess/import/exportsoftware Externalbatteryconnectorleads

Systemcomponents

GNSSTools MRUTools SVSystem DataLogger



Software

Acquisitionandprocessingsoftware

Pictures

Figure26:SONARMITEv4.0MTX(source:http://www.ohmex.com/)

ContactInformation

Telephone:+44(0)1590681584

Fax: +44(0)1590681902

Postaladdress:Unit9GordletonInd.Estate,HannahWay,Sway,Hampshire,SO418JD,UK


Web: http://www.ohmex.com/

Annexes

SONARMITEv4.0MTX‐Webpage

http://www.ohmex.com/sonarmitev4.html

4.2. TELEDYNEODOMHYDROGRAPHIC–ECHOTRACCV100

Generaldescription

The Echotrac CV is a hydrographic echo sounder design incorporating the cutting‐edge technology,features and reliability of the EchotracMKIII, plus the ease and flexibility of operation of a networkedWindows® interface.TheEchotracCV transceiverunitsare supplied ina compactstand‐alonepackagethatisideallysuitedtomanyshipboardinstallations.TheEchotracCVsupportsChart‐functionalityinoneoptional format, a full size color LCD “electronic chart”. The “electronic chart” is supplied in flexiblemodularenclosurescompletewithswivelmountinghardware.

Features

•Multipletimevariedgain(TVG)curves(10,20,30,and40log)



•DSPdigitizerwithmanualfiltercontrol

•Manualorautoscalechanges(phasing)

• Calibration menu with controls for transducer draft and index plus sound velocity and bar depthcontrols

•Ruggedandwaterproof(IP65)

•Helpmenus

•Flashmemoryupgradeable

•AutoGainandAutoPowerModesforminimaloperatorinput

•Suitableforautonomousvessels

Applications

‐

Accessories

‐


SingleChannelConfiguration High:100kHz‐750kHz(manualtuningin1‐kHzsteps)

Low:3.5kHz‐50kHz(manualtuningin1‐kHzsteps)variable

receiverbandwidth

DualChannelConfigurationHigh: 100kHz‐340kHz

Low: 24kHz‐50kHz

Resolution 0.01m,0.1ft.

Accuracy(correctedforsoundvelocity) 200kHz‐0.01m+/‐0.1%depth

33kHz‐0.10m+/‐0.1%depth

OutputPower Upto300wattsRMS

<1wattminimum

PingRate Upto20Hzinshallowwater(10m)range

DepthRangeFrom <30cmto600m(dependingonfrequencyandtransducerselected)

InputPowerRequirement 9‐32VDC<15watts

Weight 5kg(11lbs)

Dimensions 28cmW(11in)x23cmH(9in)x11.5cm(4.5in)D

Mounting Desktoporbulkheadmount(fixinghardwareincluded)

Systemcomponents




Software

SoftwareControl&LoggingSoftwareWindowsbasedsoftwareincluded:eChartDisplay

Pictures

Figure27:ECHOTRACCV100(source:http://odomhydrographic.com)

ContactInformation

TeledyneOdomHydrographic

1450SeaboardAvenue

BatonRouge,Louisiana70810‐6261

UnitedStatesofAmerica

Phone:+1(225)769‐3051

Fax:+1(225)766‐5122

Web:http://odomhydrographic.com

Annexes

http://odomhydrographic.com/wp‐content/uploads/2015/04/echotrac_cv100_datasheet_hr.pdf

4.3. VALEPORTLIMITED–MIDASSurveyorv2A

Generaldescription

The MIDAS Surveyor is a revolution in small boat survey work. With an integral GPS receiver andValeport’sunique“fuzzylogic”digitalechosoundingtechnology,theSurveyorisquicktodeploy,ruggedandreliable,andboastsmanyfeaturestomakeyourworkaseasyaspossible.

Features

‐

Applications

‐



Accessories

EchoSounder Position Tide Heave SoundSpeed Gyro/Auxiliary EventMarker.

Physical

Surveyor:RuggedIP67case,35x33x16cm,9kg Accessories:IP67case,41x33x18cm,9kg DualTdx:Combined210/33kHz,30x30x10cm,12kg Shipping:62x44x38cm,18kg(basicset)


EchoSounder

Single (210kHz) or dual (210 / 33kHz) channel input, using unique “fuzzy logic” DSP to giveaccurate readings and reliable performance, even in shallow water. Data may be logged andoutputeitherraw(asmeasured)orcorrectedfortideandheave.

Range:0.3‐100m(210kHz),1.8‐100m(33kHz) Accuracy:greaterof±0.01mor±0.02% Resolution:0.01m(210kHz),0.04m(33kHz) SampleRate:6Hz

Position

MIDAS Surveyor logs and displays DGPS position data in WGS84 or Local Grid. User has fullcontroloverspheroidandprojectionconstantsforLocalGridsetup.

Standard:Integral12channelGPS/SBASreceiverwithcombinedantenna: ±4m(CEP),withnocorrection ±2m(CEP),withSBAScorrection Option:Surveyoralsoacceptsuser’sowndifferential,GPSorRTKdatainput.

Systemcomponents


Software

SurveyorissuppliedwithSurveyLogwindowsbasedsoftware,allowingdataextraction&display.AlldataispresentedinASCIIformat,andmayeasilybeexportedforuseinindustrystandardhydrographicsurveysoftwarepackages,orsimpleXYZformatdata.



Pictures

Figure28:MIDASSurveyorv2A(source:http://www.valeport.co.uk/)

ContactInformation

ValeportLtd

StPeter'sQuay,Totnes,TQ95EW,Devon,UnitedKingdom

CompanyNumber:1950444

VATNo.:GB165875367

Tel:44(0)1803869292

Fax:44(0)1803869293


Web:http://www.valeport.co.uk/

Annexes

http://www.valeport.co.uk/Portals/0/Docs/Datasheets/Valeport_MidasSurveyor_v2b.pdf

4.4. ATLASHYDROGRAPHIC–ATLASDESO350M

Generaldescription

TheATLASDESO350M isaportabledual channelechosounder ina ruggedandweatherproofhousing.Thehigh frequencychannel coversa frequencyrange from100kHz to350kHzand ismainlyused forsurveyapplicationsinshallowwaterandforsidescanoperation.Thelowfrequencychannelbetween24kHzand50kHzhasahigherdepthrangeandcanalsobeusedforsedimentinvestigation.Duetothewidefrequency ranges of the two channels the ATLAS DESO 350M echosounder is not limited to a specifictransducerorcaneasilybeadaptedtoneworexistingtransducersrespectively.

Features

Portabledualchannelechosounder All‐in‐one‐boxsolution



Versatilefrequencies24–50kHzand100–350kHz Depthrange600m Easy‐to‐operate Sidescancapability Remotedepthdisplayasoption Compactbox

Applications

ShallowWaterSurveying


OperatingFrequencies

Low:24–50kHz High:100–350kHz Manualtuningin1kHzsteps

DepthRange

0.5–600m@33kHz 0.2–200m@210kHz

OutputPower

Low:420WRMS High:350WRMS

Accuracy

0.10m±0.1%depth@33kHz 0.01m±0.1%depth@210kHz

Resolution

0.01m

Phasing

Automaticormanualchangeofmeasurementrange30%,20%,10%overlap

PingRate

Upto20Hz

Accessories

ATLASDESO350M Laptop(optional) Position Side‐ScanTransducer TransducerLow TransducerHigh

Systemcomponents

GNSSTools‐RS232 MRUTools SVSystem DataLogger



Software

ATLAS DESO CONTROL software supplied for ATLAS DESO 350M operation and echogramstorage

Hydrographicsoftwarepackageonrequest

Pictures

Figure29:ATLASDESO350M(source:http://www.atlas‐elektronik.com/)

ContactInformation

ATLASHYDROGRAPHICGmbH

Kurfürstenallee130,28211Bremen,Germany

Tel+49421457‐2259

Fax+49421457‐3449

E‐mail:sales‐hydro@atlas‐elektronik.com

Web:http://www.atlas‐elektronik.com/

Annexes

https://www.atlas‐elektronik.com/fileadmin/user_upload/images/products/001_PDF/ATLAS_DESO_350M.pdf

4.5. NEPTUNESONARLtd.–T141(DualFrequencyandDualBeam)

Generaldescription

The T141 is both a dual frequency and dual beam transducer, fully compatible with many OEMhydrographicecho‐soundersystems,complimentingshallowwatersurveyingoperationstypicallycarriedoutbyPortandRiverAuthorities.

Theunique210kHz19elementconfigurationreducessidelobelevelsandformsanexcellentbeamshapeinbothwideandnarrowmodes.Thebeamisselectedbyaswitchboxsupplied,whichcontainsthetuningtransformersforbothfrequencies.ElectricalconnectiontothetransducerisbyafivecorescreenedcablewithatoughPUouterjacket.

The NEPTCAST over‐moulded polyurethane housing provides a mechanically robust, corrosion freetransducerforover‐sideorhullmounting.



Features

DUALFREQUENCY33&210KHZ DUALBEAM210KHZ SHALLOWWATERSURVEYING OVER‐SIDEORHULLMOUNTING NEPCAST®PUMOULDED HIGHPERFORMANCE/LOWCOST

Applications



NeptuneSonarNeptuneSonar T141 TypeNumber

Frequency 33 210 210 kHz

Beam Single Wide Narrow Selectable

BeamAngle(‐3dB) 22 8 2 Degrees

TransmitSensitivity 166 173 178 dBuPa/V@1m

ReceiveSensitivity ‐178 ‐187 ‐183 dBreV/uPa

InputPower 800 1600 3000 Watts

Bandwidth 4 7.5 8 kHz

NominalImpedance 100 100 100 Ohms

Accessories

‐

Systemcomponents


Software



Pictures

Figure30:T141(DualFrequencyandDualBeam)(source:http://www.neptune‐sonar.co.uk/)

ContactInformation

NeptuneSonarLimited

KelkLake,Kelk,EastYorkshire

YO258HG,UnitedKingdom

E‐Mail:sales@neptune‐sonar.co.uk

Telephone:+44(0)1262490234

Facsimile:+44(0)1262490485

Web:http://www.neptune‐sonar.co.uk/

Annexes

http://www.neptune‐sonar.co.uk/wp‐content/uploads/2014/06/2014‐Complete‐Print‐Version.pdf#page=84

http://www.neptune‐sonar.co.uk/products‐2/echo‐sounder‐transducers/t141/

4.6. NEPTUNESONARLtd.–340Series(DualFrequency)

Generaldescription

The340SERIES isahighperformanceallmoulded,dual frequencytransducerfeaturingbothHIGHandLOW frequency sectionscombined ina singleunit.Compatiblewithawide rangeof echo‐sounders thepistonelementsareconfiguredtoachieveoptimumecho‐sounderperformance.

Theabilitytospecifyawidecombinationoffrequenciesinthesamebasicunit,providestheechosoundermanufacturer and operator with the flexibility to configure a system and beam pattern to match thedesiredsurveyrequirementsofresolution,rangeandsiltpenetration.

Features

Dualfrequencytransducer 30lf/hfcombinations Hullorover‐sidemounting



Neptcast®pumoulded Fishing:navigation:survey Lowcost

Applications



Accessories

‐

Systemcomponents


Software

‐



Pictures

Figure31:340Series(DualFrequency)(source:http://www.neptune‐sonar.co.uk/)

ContactInformation

NeptuneSonarLimited

KelkLake,Kelk,EastYorkshire

YO258HG,UnitedKingdom

E‐Mail:sales@neptune‐sonar.co.uk

Telephone:+44(0)1262490234

Facsimile:+44(0)1262490485

Web:http://www.neptune‐sonar.co.uk/

Annexes

http://www.neptune‐sonar.co.uk/wp‐content/uploads/2014/06/2014‐Complete‐Print‐Version.pdf#page=92

http://www.neptune‐sonar.co.uk/products‐2/echo‐sounder‐transducers/340‐series/

4.7. KONGSBERG–EA440Echosounder

Generaldescription

TheEA400SPportablesplashproofechosounderisacompactversionofourstandardEA400,makingitaperfectchoiceforsurveyinginshallowwaterdepthsusingsmallandopenboats.

Features

Standardorruggedcomputerforeasymenuoperation,interfacinganddatastorage Compensationforsoundvelocity Compensationforheaveaffectingtransducerdepth Advanced,built‐inbottomdigitiser



Applications

Inlandriversurvey–shallowwaters


http://www.km.kongsberg.com/ks/web/nokbg0397.nsf/AllWeb/82B62B00CFC5B34AC1256C38003F7048/$file/160847ak_EA400_Datasheet_lr.pdf?OpenElement

Accessories

transceiverKongsbergEA440200Khz,downscanning transducerKongsberg200KHz,7”circular transceiverKongsbergEA440,500KHz,sidescan KongsbergEA440software transporthandbagforequipment(portablecomputerisnotincluded) removablemetallicsupportforsensors positioningsystemHemisphereLbandcorrectionswiththefollowingstructure:

GNSSreceiver DGPSantenna subscriptionAtlas10correctionsL‐bandvalid1year

Systemcomponents

GNSSTools HemisphereA325‐VectorV330wit2antennas MRUTools SMCIMU–008 SVSystem ValeportSWiFTSVP&ValeportTideMaster Computer NavalPCwith19"display

Software

ThecomputeremploysMicrosoftWindows®operatingsystemstoperformoperatorinterfaceanddatastoragetasks.CommunicationbetweentheGeneralPurposeTransceiverandthecomputer is throughanetworkcable(LAN).Asstandard,theEA400SPunitoperatesonDCvoltage.

Pictures

Figure32:EA440Echosounder(source:http://www.km.kongsberg.com/)



ContactInformation

Address:Kirkegårdsveien45,NO‐3616Kongsberg,Norway

Mailingaddress:P.O.Box483,NO‐3601Kongsberg,Norway

Phone:+4732285000

VATnumber:979750730

Web:http://www.km.kongsberg.com/

Annexes

EA400Webpage

http://www.km.kongsberg.com/ks/web/nokbg0240.nsf/AllWeb/AC4C923ACD68207AC1256B91004412F7?OpenDocument

Onlinebrochures

http://www.km.kongsberg.com/ks/web/nokbg0397.nsf/AllWeb/82B62B00CFC5B34AC1256C38003F7048/$file/160847ak_EA400_Datasheet_lr.pdf?OpenElement

http://www.km.kongsberg.com/ks/web/nokbg0397.nsf/AllWeb/5D56CE22B6F500EEC1256DC000250D6A/$file/164817ab_EA400_Survey_Product_spec_lr.pdf?OpenElement

http://www.km.kongsberg.com/ks/web/nokbg0397.nsf/AllWeb/476C6A9F1EDCD927C1256FBF0042794F/$file/165102aa_ea400sp_product_specification_lr.pdf?OpenElement

http://www.km.kongsberg.com/ks/web/nokbg0397.nsf/AllWeb/5AAB9D95B04617D5C12570EE00502FAB/$file/300867aa_Sidelooking_transducer_200_lr.pdf?OpenElement

http://www.km.kongsberg.com/ks/web/nokbg0397.nsf/AllWeb/FF36C9E1A6242587C1256EF3002F60D3/$file/164999aa_HOS_152_192_product_specific_lr.pdf?OpenElement


This research investigates several equipments for surveying shallow water. Depth determination is afundamental task forahydrographer,whichrequiresspecificknowledgeof themedium,ofunderwateracoustics, of the plethora of devices available for depth measurement, of complementary sensors forattitude. They need to apply propermeasurement procedures to achieve andmeet the internationallyrecommendedstandardsforaccuracyandcoverageasarticulatedinIHOpublicationS‐445thEdition.

Singlebeamechosoundershavereachedasub‐decimetreaccuracyinshallowwater.Themarketstudyincombinationwiththe“FAIRway‐Stateoftheartanalysisequipmentsummary”tablepresentsavarietyofequipmenttypes.Differentfrequencies,pulseratesetc.satisfythespecifichydrographers'needs.Digitalechosoundersareusedincombinationwithmotionsensors,satellitepositioningsystems(suchasGPS)andsoftwarefordataprocessingtooptimizesurveyoperations.

Singlebeamequipmentmaycostupto70,000Euros,whilemulti‐beamequipmentismoreexpensiveandmaycostupto328,000Euros.



5. Multi‐beamSurveyingEquipment

5.1. KONGSBERG–EM2040MultibeamEchosounder

Generaldescription

TheEM2040multibeamechosounderisthefirstsystemtobringalltheadvancedfeaturesofdeepwatermultibeam to the near bottom sounding environment. Important deepwater system features includedwiththeEM2040are:

Dualswathperpingtoallowadoublingofsurveyspeed FMchirptoachieveamuchlongerrangecapability Completeroll,pitchandyawstabilization Nearfieldfocusingbothontransmitandreceive

TypicalapplicationsfortheEM2040Multibeamechosounder

Mappingofharbors,inlandwaterwaysandshippingchannelswithcriticalkeelclearance Inspectionofunderwaterinfrastructure Detectionandmappingofdebrisandotherunderwaterobjects Detailedsurveysrelatedtounderwaterconstructionworkordredging Environmentalseabedandhabitatmapping Mappingofbiomassinthewatercolumn

Features

Frequencyrange:200to400kHz Dualswathcapability,allowingasufficientsoundingdensityalongtrackatareasonablesurvey

speed FMchirpallowingmuchlongerrangecapabilityandincreasedresolutioncomparedto longCW

pulses Completeroll,pitchandyawstabilization Nearfieldfocusingonbothtransmitandreceive Operateswithveryshortpulselengths,downto25microseconds Thedepthratingofthesubseapartsis6000m

Applications

Riversurvey–shallowwaters

Accesories

A.HydrographicWorkStation

B.Interfaces:

Soundspeedsensor Tide Centerdepthoutputstabilization

C.ProcessingUnit(PU)

D.ProcessingUnitinterfaces:

Positioningsystems Attitude(roll,pitchandheave) Velocity Heading



Clock Triggerinput/output Clocksynchronization(1PPS)


Frequencyrange:200to400kHz Maxpingrate:50Hz Swathcoveragesector:Upto140º(±70º)(singleRX)/200º(±100º)(dualRX) Soundingpatterns:Equiangular,EquidistantandHighDensity Rollstabilizedbeams:Yes,+/‐15° Pitchstabilizedbeams:Yes,+/‐10° Yawstabilizedbeams:Yes,+/‐10°

Systemcomponents

GNSSTools HemisphereVS330 GYRO HemisphereR330referencestationGNSSRTK MRUTools SMCIMU‐108 SVSystem ValeportSWiFTSVP SVProfiler ValeportTideMaster

Software

HYPACKInc.

AcquisitionSoftware

SIS(Windows) QPS"QINSy" HYPACKInc. TritonImagingInc. Eiva ThalesGeosolution

ProcessingSoftware

CARISHIPS/SIPSpostprocessing CfloorintegratedwithNeptunefordigitalterrainmodelling Fledermausinteractive3Dvisualisation

Pictures

Figure33:EM2040MultibeamEchosounder(source:http://www.km.kongsberg.com/)



ContactInformation

Address:Kirkegårdsveien45,NO‐3616Kongsberg,NorwayMailingaddress:P.O.Box483,NO‐3601Kongsberg,NorwayPhone:+4732285000VATnumber:979750730Web:http://www.km.kongsberg.com/

Annexes

EM2040MultibeamEchosounder–Brochures

Brochure‐TheHydrographicproductfamily Datasheet‐EM2040Multibeamechosounder‐Updated Datasheet‐EM2040C(Compact)MultibeamechoSounder Productdescription‐Synchronizationunit‐K‐Synk Applicationnote‐DiscoveringtheredefinedEMmultibeamseries

KONGSBERG–EM2040MultibeamEchosounderHUOffer.pdfKONGSBERG–EM2040MultibeamEchosounderROOffer.docx

5.2. TELEDYNE‐SeaBatT20‐P

Generaldescription

TheT20‐P family isbuiltonscalablenextgenerationtechnologywith the flexibility toevolvealongsideyourbusiness.TheT20‐Pisperfectlysuitedforsmallsurveyplatformsthroughtolargervessels,whereportability is demanded, covering awide range of survey applications and tasks. Built‐in, configurablefeatures–such as high‐density beamswithmultiple detection capabilities,water column and intelligentautomation–deliver highly accurate data that can be easily and quickly analyzed, according to yourspecificneeds.

Features

256beamsor512beams* WaterColumnVisualisation FullWaterColumnDataLogging FrequencyAgile(190‐420kHz) SelectableBeamDensity/ConstantSeafloorSpacing Trackerautopilot TeledyneSonarUserInterface FlexMode* Multi‐Detect* X‐Range/FrequencyModulation* 400kHzFullRateDualHead* Real‐TimePipeDetectionandTracking* 3yearswarranty

Productfeatures

Snippets&sidescanbackscatter Fullwatercolumnbackscatter Tracker–powerfultoolforautomatedcontrol SeaBatUserInterface.RunsonseparatelaptoporPC(notincluded) SelectableBeamDensity–youcandefinewhatyouneedtogetthejobdone

Optionalextrafeatures

X‐Range‐improverangeandreduceexternalnoise



Multi‐Detect ‐Multipledetections forenhanceddetailovercomplex featuresandwatercolumntargets

FlexMode–increasedatadensitywhereyouneeditmost PipeDetection&Tracking–uniquetoSeaBat,optimizedetectionofpipes FullRateDualHead Max512Beams

Accesories

ReceiverEM7219

ProjectorTC2181 PortableSonarProcessor 10mReceivercable 10mProjectorcable Waterproofcableset Wet‐endbracket

Optionalextras

25m,50m,100mcable Fairing Dualheadbracket Motionandpositioningsensors RESONSoundVelocityProbes RESONPDS2000SurveyPackage RESONServiceLevelAgreements(SLA)


SensorType swat Depth 0.5‐150m/0‐375/575m Frequency 200‐400kHz Beamwidth 1°x1°at400kHz;2°x2°at200kHz Resolution 6mm Max.coverage 165º Maxpingrate 50ping/sec Beamspacing 10to256standardbeams(optional512)

Systemcomponents

POSITION/MRU POSMV120EVersionRTKwithtitanIMUincluding25mcables(option) suitableforriverworks

SVS SoundVelocityProbe70Titan SVP SVPminiValeport Computer have

Software

HYPACK®andHYSWEEP®Software/TeledyneRESONPDS2000withCUBE



Pictures

Figure34:SeaBatT20‐P(source:http://www.tv.reson.com)

ContactInformation

TeledyneRESONHeadquarterTeledyneRESONA/SFabriksvangen133550SlangerupDenmarkTEL+4547380022FAX+4547380066Web:http://www.tv.reson.com

Annexes

SeaBat®T20‐PAnnex–Brochures

Downloadbrochure DownloadProductleaflet http://www.tv.reson.com/tag/products%3aseabat_t20‐p SeaBatT20Ppackagequotation.pdf

5.3. KONGSBERG–GeoSwathPlusCompact

Generaldescription

GeoSwath Plus Compact offers very efficient simultaneous swath bathymetry and side scan seabedmapping for small vessels. Accuracies have been shown to exceed the IHO standards for hydrographicsurveys.

Features

•Ultrahighresolutionswathbathymetry

•IHOSP‐44,specialorder

•Co‐registeredgeo‐referencedsidescan

•Frequencyversions:125,250,500kHz

•Upto12timeswaterdepthcoverage



•240ºviewangle

•Compactsplashproofdeckunit

•24Vpowersupply,40W

•OperationfromlaptopPC

•Dualtransducerwetend

•Fullsoftwaresolutionincluded:dataacquisition,processing,presentation

•Interfacestoallcustomaryperipheralsensors

Applications

‐

Accessories

GeoSwath Compact in waterproof housing with all connections to external sensors & transducers.Includes *ruggedised laptop PC with GeoSwath Plus acquisition & postprocessing software pre‐loaded.

250kHzintegrated"Compact"styletransducerheadassemblyformountingonstandarddeploymentpole.IncludesmouldedunitPort/Starboardtransducer.

Octans3000inUWHousing:Roll/Pitch(dynamisch):±0.01°RMS,Heave:±5cm,Heading:0,1°RMS ValeportMiniSVS(Model#0652006)


•Frequeny125,250,500kHz

•Operatingtemperature0°to40°C

•Storagetemperature‐10°to50°C

•Humidity10%to90%RHnoncondensing

Systemcomponents

POSITION TrimbleZephyr™geodetictechnology MRU ApplanixPOSMVSurfMaster SVS ValeportSWiFTSVP SVP ValeportTideMaster COMPUTER NavalPCwith19"TFTmonitor



Pictures

Figure35:GeoSwathPlusCompact(source:www.km.kongsberg.com)

ContactInformation



Phone:+4732285000

Incharge:GeirHåøy,President

Web:www.km.kongsberg.com

Annexes

AttachedofferfromKongsberg.

Brochures

Brochure‐GeoSwathPlus‐Wideswathbathymetryandgeoreferencedsidescan Datasheet‐GeoRGE,GeoSwathPlushardwareanalysisandfaultfindingtool Datasheet‐GeoSwathPlusCompact‐Wideswathbathymetry‐English Applicationnote‐MappingHydroelectricDams

5.4. ATLASHYDROGRAPHIC‐ATLASFANSWEEP20

Generaldescription

TheATLASFANSWEEP20isamultibeamechosounderthatcombinestheadvantagesofbeamformingandinterferometric phase measurement techniques to the benefit of a large coverage together with highaccuratedepthmeasurements.

Features

Coverageupto12timestheverticaldepth Correspondingswathwidthof180°insidescanmode



Upto1440measurementsperping Upto4096amplitudevaluesperpingforsidescanmeasurements AccuracyexceedingIHOSP44Special Orderrequirementsforcoverageupto6timeswaterdepth Outputanddisplayofsidescandataforobjectdetectionsimultaneouswithbathymetrydata Smallsize,lowweight,transportable

Applications

Awideswath200kHzmultibeamechosounderdesignedforsurveyofports,waterwaysandcoastalareasto depths of 300 m. The ATLAS FANSWEEP 20/200 has a dual head transducer that provides swathcoverageof6xwaterdepthforbathymetryandupto12xwaterdepthforsidescanimagery.

Accessories

ATLASFANSWEEP20


Atlasfansweep 20‐100

Operatingfrequency 100khz‐200kHz

Depthrange 0.5–1.0–600m

Transmissionpowerpertransducer 3kw

Accuracy 0.10m±0.2%depthforcoverageupto6timeswaterdepth

Coverage Upto12timeswaterdepth,operatorselectable

TypicalIHOSpecialOrdercomplianceupto6timeswaterdepth

Alongtrackbeamresolution 1.3°

Acrosstrackbeamresolution 1.5°downto<0.2°

PINGRATE Upto16Hz

Systemcomponents

Electronicscabinet 2xTransducerTX/RX

AUXSENSORS Motion

Heading

Position

SVKeel

SVP/CTD/XBT

DATAPROCESSINGPC



Pictures

Figure36:ATLASFANSWEEP20(source:www.atlashydro.com)

ContactInformation

ATLASHYDROGRAPHICGmbH

Kurfürstenallee130

28211Bremen,Germany

Tel+49421457‐2259

Fax+49421457‐3449

Web:www.atlashydro.com

E‐mail:sales‐hydro@atlas‐elektronik.com

Annexes

Onlinebrochure

https://www.atlas‐elektronik.com/fileadmin/user_upload/images/products/001_PDF/ATLAS_FANSWEEP_20.pdf

5.5. IMAGENEX–IMAGENEXDT101MULTIBEAM

Generaldescription

ThenewDT101MultibeamProfilingSonar(i.e.MultibeamEchoSounder)isasingle

instrumentintegratingthesonar,motionreferenceunit(MRU),andsoundvelocitysensorintoone

sleekandcompactunit.TheDT101requiresonlyonecableforoperatingallthreesensorsandis

aportablesolutionforanysurvey.CompatiblewiththeDT100SIR(SensorInterfaceRelay)

powersupply/timingbox,simplyconnectingadualantennaGNSS/GPSreceiverisallthatis

requiredtoperformbathymetricsurveys.



Features

‐

Applications

‐

Accessories

‐


FREQUENCY 240kHz

SWATHWIDTH Transmit:120°x3°

(nominalbeamgeometry) Receive:120°x3°

EFFECTIVEBEAMWIDTHS Narrow:0.75°

Medium:1.5°

Wide:3°

NUMBEROFBEAMSDefault: 480

Selectable:240,120

RANGERESOLUTION 0.02%ofrange

RANGE 75m(246’)waterdepth

150m(492’)slantrange

MIN.DETECTABLERANGE 0.5m(1.6’)belowtransducer

MOTIONREFERENCEUNIT InternallymountedOEMversionofCDLMiniSense3

PitchandRollAccuracy:0.04°

Heave: 5cmor5%(whicheverisgreater)

SOUNDVELOCITYSENSOR InternallymountedOEMversionofAMLMicro•X

1400m/sto1600m/s+/‐0.025m/s

Systemcomponents


Software

DT101_SIR.exe Windows™XP,Vista,7,8



Pictures

Figure37:IMAGENEXDT101MULTIBEAM(source:http://www.imagenex.com/)

ContactInformation

IMAGENEXTECHNOLOGYCORP.

209‐1875BroadwayStreet,PortCoquitlam,BC,V3C4Z1,CANADA

Phone:(604)944‐8248

Fax:(604)944‐8249

e‐mail:[email protected]

Web:http://www.imagenex.com/

Annexes

IMAGENEXDT101Onlinewebbrochure

http://www.imagenex.com/DT101_Specs_rev2.pdf

5.6. L3–ELACNautik–SeaBeam1180/1185

Generaldescription

TheSeaBeam1180/1185multibeamechosounderscollectbathymetricandsidescandatainveryshallowwaterwithbeamsasnarrowas1.5x1.5degreesandaswathwidthinexcessof150degrees.

Features

Thesystemsareideallysuitedforsurveysdemandingperformancefromshallowwaterupto600mandin areas of extreme sedimentations like for river and port authorities, research institutes and onshoresurveyoperations.

Applications

‐

Accessories

TransducerArraysLSE307 MotionRS232 HeadingRS232



PositionRS232 Soundvelocityprofile


Operatingfrequency 180kHzband max.depth SeaBeam1180 600m

SeaBeam1185 300m

Along‐shipbeamwidth 1.5° Across‐shipbeamwidth 1.5° Pulselength 0,15ms‐3ms Sidelobesuppression 36dB(transmissionandreception) max.swathcoveragesector >153° max.numberofsoundings 126 Beamspacing Equiangular

Systemcomponents


Software

ELACHDP4061,CARIS,COASTALOCEANOGRAPHCS,EIVA,QPS,ROXAR,PDS2000,CARAIBES,TEI

Pictures

Figure38:SeaBeam1180/1185(source:http://www.elac‐nautik.de/)

ContactInformation

L‐3CommunicationsELACNautikGmbH

Adress:Neufeldtstrasse10|24118Kiel|Germany

Tel.+49(0)431‐8830

Fax+49(0)431‐883496

E‐mail:elac.marketing@L‐3com.com



Web:http://www.elac‐nautik.de/

Annexes

http://www.elac‐nautik.de/_uploads/images/pdf/L3_ELAC_Nautik_SeaBeam_1180_1185.pdf

5.7. R2SONIC–SONIC2020

Generaldescription

TheSonic2020isthemostcompacthighperformancewidebandshallowwatermultibeamechosounder,suitableforawidevarietyofgeneralmappingapplications.TheSonic2020providesover20x

selectable operating frequencies to chose from within the 200 to 400 kHz band, with unparalleledflexibility to trade off resolution and range and controlling interference from other active acousticsystems.

Features

‐

Applications

Hydrography Offshore Dredging Defense Research

Accessories

‐


Frequency 200kHz‐400kHz Beamwidth,AcrossTrack 2.0°@400kHz/4.0°@200kHz Beamwidth,AlongTrack 2.0°@400kHz/4.0°@200kHz NumberofBeams 256 SelectableSwathSector 10°to130°(userselectable) SoundingDepth* 75m+ PulseLength 15μs‐1000μs PulseType ShapedCW DepthRating 500m OperatingTemperature ‐10°Cto50°C StorageTemperature ‐30°Cto55°C

Systemcomponents




Software

‐

Pictures

Figure39:SONIC2020(source:http://www.r2sonic.com/)

ContactInformation

R2Sonic,LLC

5307IndustrialOaksBlvd.,Suite120,Austin,TX78735

Voice:+1‐512‐891‐0000


Web:http://www.r2sonic.com/

Annexes

R2SONIC–SONIC2020WEBBROCHURE

http://www.r2sonic.com/pdfs/R2Sonic_Product_Brochure.pdf

http://seatronics‐group.com/files/7814/1822/6036/R2_Sonic_2020_‐_Datasheet.pdf

pdffiles

Sonic2020_Specsheet_ver1.2_US.pdf

QuotationA1503‐0079

5.8. NORBIT–SEABEDPS‐120006‐5

Generaldescription

The 400kHz integrated multibeam solution offers high resolution in conjunction with the preferredinertial navigation system from surveyors around the world. Having the inertial navigation systemGNS/INSintegratedintothesonar,ensuresfastandreliablemobilization.

Features

MultibeamSonarintegratedwithIMUandGPS StateoftheartGNSS‐aided inertialnavigationsystem



80kHzbandwidth Ultra‐compactTurn‐keysolution SimpleEthernetInterface FastandreliableMobilization IntegratedSoundVelocityProbe HydrodynamicFairing Mountingbracketincluded FM&CWTransmissions Flexiblepower

Applications

Shallowwaterbathymetry ExceedsIHOSpecialOrder ExceedsUSACEClass1&LINZSpecialOrder Pipelinesurveys Pondsurveys Harborsurveys USV,UUV,AUV&ROV MCM&LittoralCombatZonesurveys


Swathcoverage typically140o(7‐179oforspec.Applications Rangeresolution <10mm(acoustic) Numberofbeams 256EA/ED Operatingfrequency 360‐440khz,80khzbandwidth Range 0.2‐200m,typicalsurveyrangeis120mfrom

sonarhead(limitedswath) Pingrate upto40hz,rangedependent Resolution 0.90acrosstrack,1.9oalongtrack@400khz Positionaccuracy 0.02‐0.1m(rtk) Headingaccuracy 0.030(rtk)with2mbaseline Pitch/rollaccuracy 0.020independentonbaseline Heaveaccuracy 5cmor5%(2cmrtk) Weightapprox. 9.5kg(air)<6kg(water) Interface 100mb/sethernet Standardcablelength 8m Powerconsumption 55wmax(12‐28vdc) Operating/storagetemp. ‐4oto+40o/‐200to+600

Accessories

‐

Systemcomponents


Software

qinsylitesoftware,calibrationmodule,qloud‐3dareabaseddatacleaningtool.



Pictures

Figure40:SEABEDPS‐120006‐5(source:http://web.norbit.no/)

ContactInformation

Norbitsubsea,P.O.Box1858,stiklestadveien1,n‐7441trondheim,Norway

Phone+4773982550


Web:http://web.norbit.no/

Annexes

http://web.norbit.no/media/PS‐120006‐5_MBES_Integrated_A4.pdf

5.9. NORBIT–SEABEDPS‐140001‐3

Generaldescription

TheWBMS‐series are basedon a flexible sonarplatform that utilizes the latest in analogue anddigitalsignal processing, and features a conformal array. Combined with broad R&D expertise, NORBIT mayadaptthehardwaretechnologytoallowfornewapplicationsthatbenefitfromtheadvantagesofferedbyacompactwidebandmultibeamsonar.

Features

MultibeamSonarintegratedwithIMUandGPS StateoftheartGNSS‐aidedinertialnavigationsystem 80kHzbandwidth Ultra‐compactTurn‐keysolution SimpleEthernetInterface FastandreliableMobilization IntegratedSoundVelocityProbe HydrodynamicFairing Mountingbracketincluded FM&CWTransmissions Flexiblepower



Applications

Shallowwaterbathymetry ExceedsIHOSpecialOrder ExceedsUSACEClass1&LINZ

SpecialOrder

Pipelinesurveys Pondsurveys Harborsurveys USV,UUV,AUV&ROV MCM&LittoralCombatZonesurveys


Swathcoverage typically140o(7‐179oforspec.Applications Rangeresolution <10mm(acoustic) Numberofbeams 256EA/ED Operatingfrequency 360‐440khz,80khzbandwidth Range 0.2‐200m,typicalsurveyrangeis120mfrom

sonarhead(limitedswath) Pingrate upto40hz,rangedependent Resolution 0.90acrosstrack,1.9oalongtrack@400khz Positionaccuracy 0.02‐0.1m(rtk) Headingaccuracy 0.030(rtk)with2mbaseline Pitch/rollaccuracy 0.020independentonbaseline Heaveaccuracy 5cmor5%(2cmrtk) Weightapprox. 9.5kg(air)<6kg(water) Interface 100mb/sethernet Standardcablelength 8m Powerconsumption 55wmax(12‐28vdc) Operating/storagetemp. ‐4oto+40o/‐200to+600Accessories

Accessories

‐

Systemcomponents


Software

‐



Pictures

Figure41:SEABEDPS‐140001‐3(source:http://web.norbit.no/)

ContactInformation


Phone+4773982550



http://web.norbit.no/subsea/products/

Annexes

http://web.norbit.no/media/PS‐140001‐3_iWBES_Compact_A4.pdf

5.10. TELEDYNEODOMHYDROGRAPHIC–MB1

Generaldescription

Designed andmanufactured entirely within the TeledyneMarine group tomeet the growing needs ofhydrographicprofessionalsthatarelookingforalow‐costshallow‐watermultibeamechosounder.Usingbothamplitudeandphasebottomdetection,theMB1iscapableofsoundingaswathofupto120°inover120mwaterdepth.With24bitrawdataandadedicatedprojector,bothrawwatercolumnandseabeddatacanbecollectedwithinthecontrollersoftware.ThenewandimprovedRealTimeAppliance(RTA)improvestimesynchronizationonallofthesensorsnecessaryforsurveyingdownto0.1ms.Newoptionsincludeafully integratedGPSheadingsystembuilt intotheRTAandaTSSmotionsensorbuilt intothesonarhead.Teledyne ImpulseTitan®Seriesconnectorsareusedforquickdependabledataandpowerconnection.

Features

120ºswathwidth User‐definedbeamdistributionandangles Sidescanandsnippets 24‐bitresolutionwatercolumnbackscatterdata Uncertaintyestimation



Rawdataloggingforpostprocessing,beamforming,bottomdetection Titaniumandacetalconstruction OptionalintegratedmotionsensorandGPSheadingsystem Fieldserviceable/upgradeable

Applications

Bathymetry

Accessories

Laptopwith3rdpartyacquisitionsoftware Heading GPS RealTimeSoundVelocity TheHeave,PitchandRoll,orMotionofvessel MB1Transducer


Frequency(KHz) User‐selectable,170–220 RangeResolution 3.6cm PulseWidth User‐selectable,tiedtorange A/D 24bit MaximumPingRate 60Hz NumberofBeams User‐selectable,10‐512 SwathWidth User‐selectable,10°‐120° BeamSpacing User‐selectable,0.23°‐12° MaximumSoundingDepth(Nadir) 240m BottomDetectionMethod Amplitude&Phase

Systemcomponents


Software

TeledyneOdom’sWindowsbasedsoftwareincluded:IMAGE‐Control,DataDisplayandExport



Pictures

Figure42:MB1(source:www.odomhydrographic.com)

ContactInformation


1450SeaboardAvenue,BatonRouge,Louisiana70810‐6261USA

Tel.+1‐225‐769‐3051

Fax:+1‐225‐766‐5122


Web:www.odomhydrographic.com

Annexes

http://odomhydrographic.com/product/mb1/

http://odomhydrographic.com/wp‐content/uploads/2014/01/teledyne‐Odom‐Hydrographic‐MB1‐Datasheet.pdf

http://odomhydrographic.com/wp‐content/uploads/2014/01/The%C2%A0Real%C2%A0Time%C2%A0Appliance‐Appliance%C2%A0%C2%A0Configuration‐Configuration%C2%A0of%C2%A0the%C2%A0MB1.pdf

5.11. NORBIT–PS‐120005‐12

Generaldescription

TheWBMS‐seriesarebasedonaflexiblesonarplatformthatutilizesthelatestinanaloganddigitalsignalprocessing,andfeaturesaconformalarray.CombinedwithbroadR&Dexpertise,NORBITmayadaptthehardwaretechnologytoallowfornewapplicationsthatbenefitfromtheadvantagesofferedbyacompactwidebandmultibeamsonar.

Features

MillimeterRangeResolution FM&CWProcessing 80kHzBroadband FlexiblePowerSource(12‐30VDC,90‐250VAC) SimpleEthernetInterface



Side‐scan,WaterColumn,Backscatter IntegratedSoundSpeedProbe IntegratedAttitudeSensor&GPSOption ExceedsIHOSpecialOrder ExceedsUSACENewYork&LINZSpecialOrder

Applications

ShallowWaterBathymetry PipelineSurveys River,Estuary,ChannelandPondSurveys HarborandCoastlineSurveys USV,UUV,AUV&ROVSurveys MCM&LittoralCombatZone

Accessories

4000MDepthRating MountingBracket MotionSensor DataAcquisitionSoftware On‐SiteSeniorHydrographer Support Turn‐KeySurveyPlatform Laptop AUVVersion VDSLDataLink PermanentHullMountOption PoleMountandTravelOption


SWATHCOVERAGE 7‐1790(140ONOMINAL) RANGERESOLUTION <10MM(ACOUSTIC) NUMBEROFBEAMS 256‐512EA&ED OPERATINGFREQUENCY 400KHZW/80KHZBANDWIDTH(200‐700KHZPOSSIBLE) PINGRATE UPTO50HZ,RANGEDEPENDENT DEPTHRANGE 0.2‐275M(160MTYPICAL) RESOLUTION 0.9ºACROSSTRACK,1.9ºALONGTRACK@400KHZ WEIGHT <4.5KG(AIR),3KG(WATER) POWER <28W VOLTAGE 10‐28VDCOR100‐240VAC(ROVDIRECT:22‐29VDC) INTERFACE ETHERNET STANDARDCABLELENGTH 8M,OPTIONS:20M,PIGTAIL,MAX600MVDSL DEPTH 100M,6000MOPTIONAL STORAGETEMPERATURE ‐20ºCTO+60ºC OPERATINGTEMPERATURE ‐4ºCTO+40ºC(TOPSIDE‐25°CTO+40°C)

Systemcomponents




Software

‐

Pictures

Figure43:PS‐120005‐12(source:http://web.norbit.no/)

ContactInformation


Phone+4773982550




Annexes

http://web.norbit.no/media/PS‐120005‐12_MBES_A4.pdf

5.12. NORBIT–PS‐120006‐9

Generaldescription

Thisall‐in‐onetightlyintegratedbroadbandmultibeamkitoffershighresolutionbathymetryoverawideswath.HavingagloballyleadingGNSS/InertialNavigationSystemembeddedontothesonarensuresfastandreliablemobilizationandhighestqualitysoundingforinstallationsinallconditions.

Features

MultibeamSonarTightlyIntegrated WithStateofTheArt GNSS‐aidedInertialNavigation

Accessories

80kHzBandwidth Side‐scan,WaterColumn,Backscatter SimpleEthernetInterface



IntegratedSoundVelocityProbe HydrodynamicFairing MountingBracketIncluded FM&CWProcessing FlexiblePower ExceedsIHOSpecialOrder ExceedsUSACEClass1&LINZSpecialOrder

Applications

ShallowWaterBathymetry PipelineSurveys Pond,RiverandEstuarySurveys HarborandLakeSurveys USV&UUV MCM&LittoralCombatZone RiverSurveys


SWATHCOVERAGE 7O‐179O,(140ONOMINAL) RANGERESOLUTION <10mm(ACOUSTIC) NUMBEROFBEAMS 256EA/ED OPERATINGFREQUENCY 360‐440kHz,80kHzBANDWIDTH RANGE 0.2‐275m,TYPICALSURVEYRANGEIS120m(LIMITED

SWATH) PINGRATE UPTO50Hz RESOLUTION 0.9OACROSSTRACK,1.9OALONGTRACK@400kHz POSITIONACCURACY 0.02‐0.1m(RTK) HEADINGACCURACY 0.03O(RTK)WITH2mBASELINE PITCH/ROLLACCURACY 0.02OINDEPENDENTOFBASELINE HEAVEACCURACY 5cmOR5%(2cmRTK) WEIGHTAPPROX. 9.5kg(AIR)<6kg(WATER) INTERFACE 100Mb/sETHERNET CABLELENGTHSTANDARD 8m,OPTIONAL20m POWERCONSUMPTION 55WMAX(12‐28VDC,110‐220VAC) OPERATING/STORAGETEMP. ‐4OCTO+40OC/‐20OCTO+60OC

Accessories

SeniorHydrographerSupportandTraining NavigationPostProcessing Software SoundVelocityProfiler AcquisitionandProcessing

Systemcomponents




Software

‐

Pictures

Figure44:PS‐120006‐9(source:http://web.norbit.no/)

ContactInformation


Phone+4773982550




Annexes

Onlinewebdatasheet

http://www.gserentals.co.uk/gse/pdf/NORBIT_iWBES_A4%202015.pdf

5.13. TELEDYNEODOMHYDROGRAPHIC–MB2

Generaldescription

TheMB2MultibeamEchosounderisdevelopedforfastmobilizationonsmallervesselsandisoptimizedforshallowwatersurveycompanies,PortandHarbourAuthorities,dredgingcompaniesandotheruserslooking for an easy to use, quick to deploy, high resolution system. Using both amplitude and phasebottomdetection,theMB2iscapableofsoundingaswathofupto140°inupto110mwaterdepth.With24 bit raw data, both water column and seabed information can be collected within the controllersoftware.TheRealTimeAppliance(RTA)synchronizesallofthesensorswithaccuracybetterthan0.1ms.

Features

1.8ºx1.8°beamwidth Selectableswathwidthupto140degrees Userselectablefrequencyrangefrom200to460kHz



24BitResolution,NoAnalogueTVG Userselectablenumberofbeams10to256 Watercolumnbackscatterdataincludedasstandardfeatures ATeledyneOdomHydrographicMultibeamEchosounderDatasheet Sidescanandsnippetsincludedasstandardfeatures Rawdataloggingforpostprocessing,beamforming,bottomdetection TitaniumandAcetalconstruction OptionalbuiltinApplanixPOSMVWavemaster Optionalintegratedreal‐timeSVPsensor

Applications

Bathymetry

Accessories

Laptopwith3rdpartyacquisitionsoftware Heading GPS RealTimeSoundVelocity TheHeave,PitchandRoll,orMotionofvessel MB1Transducer


Frequency(KHz) UserSelectable,200‐460 SwathWidth UserSelectable,10°‐140° AcousticBeamWidth AlongTrack1.8°x1.8°AcrossTrack RangeResolution(cm) 2 PulseWidth Userselectable,optionallytiedtorange A/D 24bit MaximumPingRate 60Hz NumberofBeams UserSelectable,10‐256 Maximumsoundingdepth(Nadir) 200m Bottomdetectionmethod Amplitude&Phase

Systemcomponents


Software

TeledyneOdom’sWindowsbasedsoftwareincluded:IMAGE‐Control,DataDisplayandExport



Pictures

Figure45:MB2(source:www.odomhydrographic.com)

ContactInformation


1450SeaboardAvenue,BatonRouge,Louisiana70810‐6261USA

Tel.+1‐225‐769‐3051

Fax:+1‐225‐766‐5122


Web:www.odomhydrographic.com

Annexes

Onlinewebbrochure

http://odomhydrographic.com/wp‐content/uploads/2015/06/Teledyne‐Odom‐MB2‐product‐leaflet.pdf

5.14. L‐3KLEIN–HYDROCHART3500

Generaldescription

TheHydroChart3500 is aprofessionalbathymetry sonar for shallowwateroperationwithexceptionalperformanceandisaportable,turnkey,bundledsystemwhichincludesamotionreferenceunit,headingsensor and sound velocity sensor, located in the sonar head, and coupled with a water columnreverberationresistantaltimeter.

Features

WideSwathBathymetry,upto12xwaterdepthoraltitude Co‐registered,High‐resolutionSideScanImagery SupportsIHOsP‐44SpecialOrderaccuracies Over200°ViewAngle,DualArrayConfiguration NoNadirGapandMultipathSuppression BetterSpatialResolutionthanMBES Portable,TurnkeySolution VersatileMountingOptions IntegratedCalibrationFile RapidPost‐ProcessingSystemComponents



GeoSwath Plus Transducer, V‐PlatewithMRU,MiniSVS sound velocity sensor and altimeter, GeoSwathPlusDeckUnit,GPSPositionandHeadingandSVP

Applications

ShallowWaterHydrographicandGeophysicalSurveys Port&HarborSecurity ShallowWaterIEDMine‐hunting(MCM)Detection NauticalCharting BenthicHabitatMapping DredgingOperations EngineeringInspection

TechnicalSpecification

SeetheAnnex1DataSheetBrochureforGeoSwathPlusCompact

Accessories

Simultaneousdualfrequencysidescanimagery,withbathymetry Interfacetovariousexternalthirdpartymotionsensors 10m,20m,or50mcableoption SHU‐integratedmotionsensor SHU‐integratedheadingsensor SHU‐integratedsoundvelocitysensor Soundvelocityprofiler Semi‐ruggedlaptop RackmountPC HYPACK/HYSWEEPsoftware QPSQINSy/Fledermaussoftware Ruggedandwaterproofreusableshippingcontainerwithwheels HemisphereVectorTrueHeadingRTKVS330GNSS/GPS On‐sitetraining Factorytraining Pre‐calibrationandpatchtest(whenpurchasedwithSVS,MRUandheadingsensors)

Systemcomponents


Software

SonarPro®SoftwarePackage



Pictures

Figure46:HYDROCHART3500(source:http://www.l‐3mps.com/)

ContactInformation

L‐3KleinAssociates,Inc.Address:11KleinDrive,Salem,NewHampshire03079,USATelephone:(USA)‐603‐893‐6131International:‐603‐893‐6131Fax:(USA)‐603‐893‐8807Email:Klein.Mail@L‐3com.comWEB:http://www.l‐3mps.com/

Annexes

HYDROCHART3500Annex–Brochures

HydroChart3500SwathBathymetrySonarSystem http://www.l‐3mps.com/klein/pdfs/Klein_HydroChart3500.pdf

5.15. EDGETECH–6205:CombinedBathymetry&SideScanSonar

Generaldescription

The6205usesEdgeTech’suniqueMultiPhaseEchoSounder(MPES)technology,orhybridapproach,toovercome the limitationsofMultiBeamEchoSounders (MBES)and Interferometric systems in shallowwaterbycombiningbothbeamformingandphasediscriminationtodetermineeachsoundingalongtheseafloor.The6205alsoincorporatesEdgeTech’sFullSpectrum®technologytoexceedIHOSP‐44,NOAAandUSACEspecificationsforfeaturedetectionandbathymetricpointdatauncertainty.

Features

NextGenerationEdgeTechBathymetrictechnology MultiPhaseEchoSounder(MPES) Wideswathcoverageinshallowwater,upto12timeswaterdepth Co‐registereddualfrequencysidescanandbathymetrywithfullnadircoverage ImprovedDepthPerformance



NewlightweightSonarhead SuperiorMultipathandsurfacereflectionsuppression IHOSP‐44SpecialOrdercompliancewithprovenresults Over200°viewanglewithnonadirgap EquidistantandEquiangleoutputoptions

Applications

‐


SeetheAnnex1DataSheetBrochureforGeoSwathPlusCompact

Accessories

PulseModulation CW&FMCHIRP PingRate(RangeDependent) Upto60Hz Construction FRPComposite/StainlessSteelReinforced Dimensions 150x211x762mm DeckCableLength 20m(Standard) DepthRating 50m Weight(InAir) 1 9.9kg(44lbs) InputVoltage 48‐60VDC,115‐230VAC Power (Typical/Max) 55W/70W

Systemcomponents


Software

Software Windows based software included EdgeTech’s Discover Bathymetric Acquisition and SonarControl

Pictures

Figure47:6205:CombinedBathymetry&SideScanSonar(source:http://www.edgetech.com/)

ContactInformation

USA,MassachusettsOffice



4LittleBrookRoadWestWareham,Massachusetts02576Tel:1‐508‐291‐0057USA,FloridaOffice1141HollandDrive,Bay1BocaRaton,Florida33487Tel:1‐561‐995‐7767Web:http://www.edgetech.com/

Annexes

6205:CombinedBathymetry&SideScanSonar–Brochures

6205Brochure EdgeTech Sonar Products Brochure: A Complete Overview of all of EdgeTech’s Sonar System

Offerings EdgeTechPaperon6205presentedatCHC2014 MultiphasEchosoundertoImproveShallow‐WaterSurveys–ASeaTechnologyMagazineArticle PerformanceAnalysisoftheEdgeTech6205SwathBathymetricSonar 6205BathymetryandSideScanSonarUserHardwareManual DiscoverBathymetricUsersSoftwareManual


Multibeamechosoundersaretypicallyusedbyhydrographicsurveyorstodeterminethedepthofwaterandthenatureoftheriverbed.Mostofthemultibeamechosounderspresentedabovearemodernsystemsdiscoveredwithintheelaborationofthemarketstudy.Manyofthemaredesignedtransduceracrossthefull swath across trackwith a narrowalong track then formingmultiple receivebeams (beamforming)thataremuchnarrowerintheacrosstrack(around1degreedependingonthesystem).Fromthisnarrowbeam a two way travel time of the acoustic pulse is then established utilizing a bottom detectionalgorithm. Multibeam systems presented in this study are for deep and shallow water, selected in“FAIRway‐Stateoftheartanalysisequipmentsummary”withspecific informationaboutcharacteristicand technical specification. Partners have the opportunity to choose specific system based onrecommendationofthespecificationaccordingtotheirneeds.

Configurationprovideanoperationalsystemthatcanbeinstalledontheirshipsandalsoonotherboatsthatwillprovideagreatversatilityinuse.Inaddition,sensorintegrationforcorrectionandapositioningsystem performance, both geometrically and logically (in software acquisition) are likely to ensurecompliancewiththehigheststandardsofqualitymeasurementsBathymetricasdefinedbyStandardIHO(InternationalHydrographicOrganization)S44.Thisstandard is requestedandusedbyEUcountries inresearchandotherapplications.ManyEUcountriesadoptedmultibeamtechnologyasthemethodologyofchoiceforthecollectionofbathymetricdatafornewchartproduction.

Parametersofmultibeamequipmentforprioritization:

• Scanned riverbed width (swath coverage) or measuring head viewing angle (view angle): thehigher thevalue, thewider thecoveragewithonerouteand the less timeandcost isneeded formeasuringagivenarea;

• Frequencyorscanningspeed:thehigherthevalue,themoredetailedpictureoftheriverbedwillbeproduced.

• Beamwidth: shows the focusing of the emitted beam. The smaller the number, the smaller theaveragevalueoftheareaisbasedfordepthmeasurements,themoreaccuratethemeasurements.Valuegivenindegrees.

• Minimum measuring depth: as we work in shallow river (compared to sea application) it isimportanttogetmeasureddataatverylowwaterlevel.

Multi‐beamequipmentmaycostupto328,000Euros.



6. AcousticDopplerCurrentProfiler(ADCP)

6.1. SONTEK–RiverSurveyorS5andM9

Generaldescription

TheRiverSurveyor®, S5/M9 systems give a newperspective to the notion ofmeasuring open channelhydraulics. Using SonTek's exclusive SmartPulseHD®, multiple acoustic frequencies are fused withprecisebandwidthcontrolforthemostrobustandcontinuousshallow‐to‐deepdischargemeasurementsever.

Features

Multi‐Band‐Multipleacousticfrequencies1,2 Verticalacousticbeam1 SmartPulseHD®3 Internallycomputeddischargeandsecuredata1 Standard360ºcompassandtwo‐axistiltsensor Reverberationcontrolwithpingratesto70Hz Bottom‐tracking RTKGPS(optional)

Applications

‐


ProfilingRange—Distance 0.06to40m ProfilingRange1—Velocity ±20m/s Velocity1—Accuracy ±0.25%ofmeasuredvelocity

±0.2cm/s Velocity—Resolution 0.001m/s NumberofCells Upto128 CellSize 0.02to4m TransducerConfiguration Nine(9)Transducers

Dual4‐beam3.0MHz/1.0MHz Janus25°SlantAngle 0.5MHzVerticalBeamEchosounder

Depth—Range 0.20to80m Depth—Accuracy 1% Depth—Resolution 0.001m

Accessories

DualJanusconfigurationwithfour3.0MHzandfour1.0MHztransducersforvelocitymeasurementandone500kHzverticalacousticbeamfordepth.Includespower/communicationscable.Maxprofilerange:40m.

DGPSTelemetry RTKGPS



Pictures

Figure48:RiverSurveyorS5andM9(source:www.sontek.com)

Systemcomponents


Software

CurrentSurveyor(v4.50orlaterrequired) FlowTracker(v2.20orlaterrequired) HorizonADV(v1.20orlaterrequired) RiverSurveyor(v4.60orlaterrequired) SonUtils(v4.20orlaterrequired) StationaryMeasurement(v1.20orlaterrequired).

ContactInformation

OCEAN/[email protected]:+1(858)546‐8327Web:www.sontek.comAnnexes

RiverSurveyorS5/M9Annex–Brochures

RiverSurveyorS5andM9SmartPulseHDFeature SJRWMDPoster:SliverRiverSonar Power&CommunicationsModule(SecondGenerationPCM)TechnicalOverview Paper:RiverSurveyorBuyersGuide Paper:CompassCalibrationProcedureforRiverSurveyorS5/M9 AppNote:DamRemovalinWashingtonYieldsFlowMeasurementChallenges AppNote:JagSkiCreatesVersatilePlatformforBayStudy AppNote:S5‐M9TackleToughQuestionsDuringMississippiFlood AppNote:RiverSurveyorDeliverInsights‐AustraliaFloods AppNote:LowerColoradoRiverAuthorityDataDeliversOn‐the‐SpotForecasts



6.2. TELEDYNE–RiverRayADCP

Generaldescription

GostraighttoworkcollectinghighlyaccuratestreamandriverdischargedatawiththeRIVERRAYADCP(AcousticDopplerCurrentProfiler).Thiseconomicalturnkeysystemcomescompletewith:theRiverRayADCP, a custom‐designed boat, user‐friendly software, and convenient wireless communication—everythingyouneedtobeginmakingprecisionriverdischargemeasurements.

Features

Easeofuse:Easytocarry,easytodeploy,andeasytooperate; justpowerandgo. Intelligent:Automaticadaptivesamplingbasedonflow conditionscontinuouslyoptimizesyourdischargemeasurement frombanktobank,thusensuringthehighestquality datawithoutyourintervention. Flattransducer:Thesleekphasedarraytransducerdesign providesreducedsize,weight,andflowdisturbance. Versatile:Asingleinstrumentcandeliverhighqualitydatain environmentsrangingfroma0.4mstreamtoa60mdeepriver. Superiorsurfacemeasurements:Interwovenindependent andshortrangemeasurementsimprovethedischarge computationinyourcriticalsurfacelayer. Platformstability:RiverRay’sfloatboastsreduceddrag, causeslessflowdisturbance,andprovidessuperiorhandling— eveninhighwatervelocitiesandroughsurface. Nocablesrequired:Dataiswirelesslytransmittedtoyour shorestationviaBluetoothTMtechnology. DGPScompatible:IntegrateanexternalDGPSfordifficult conditions,suchasmovingbeds.

Applications

‐


SeeDataSheetofRiverrayADCP

Accessories

TheRiverRayADCPutilizesaflatsurface4‐beamphased‐arraytransducer.Adedicatedfifthbeamisusedtomeasuredepth.



Pictures

Figure49:RiverRayADCP(source:http://www.teledyne‐reson.com/)

Systemcomponents


Software

WinRiverII StreamProSoftwareforPocketPC WinRiverII(included)formoving‐boatmeasurement SxSPro(optional)forstationarymeasurement(i.e.,under‐ice);comeswithanuncertaintymodel

forinsituqualityevaluationandcontrol

ContactInformation

TeledyneRDInstrumentsEuropeLesnertieres5avenuehectorpintus06610lagaude,francePhone:+33‐492110930Fax:+33‐492110931Loic‐mobile:+33614128769Web:http://www.teledyne‐reson.com/

Annexes

RiverRayADCPAnnex–Brochures

http://www.rdinstruments.com/datasheets/riverray_ds_lr.pdf http://www.rdinstruments.com/riverray.aspx#samples http://www.rdinstruments.com/adcp_upgrade.aspx



6.3. TELEDYNERDI–StreamProADCP

Generaldescription

Teledyne RD Instruments’ STREAMPRO ADCP (Acoustic Doppler Current Profiler) represents arevolutionary advancement in streamflow measurement. You can accurately measure discharge inshallow streams in a matter of minutes—a fraction of the time required using traditional hand‐helddevices.WithStreamPro there’snoneed tomove fromstation to station toobtainsingle‐pointvelocitydataorcomputethedischargebyhand;streamflowmeasurementsareobtainedinreal‐time.

Features

•Quick:Collectcompletestreamflowmeasurementsinstreamsorcanalsinamatterofminutes.

•Convenient:Noneedtomove fromstationtostation.Simplycrossabridgeorusea tagline tocollectdata.

• Easy to Operate: Data is conveniently acquired using a PocketPC or a laptop equippedwith a highlyintuitiveuserinterface.

•ReducedDisturbance:Smalltransducerhead,3.5cmindiameter,forminimalflowdisturbance.

•Affordable:Value‐pricedsystemdesignedtosuityourbudget.

•BottomTracking:Reliablebottom‐trackingin0.1m–7mdepth.

•Wireless:BluetoothcommunicationsutilizedbetweenelectronicsandPocketPCorlaptop.

•LowPowerConsumption:Fulldayofoperationon8AAbatteries.

•Versatile:Minimumcell size 2cmwithup to 30 cells. Standardprofiling rangeof up to 2m (6mwithupgrade).

•FlexibleDataFormat:AllacquireddataiscompatiblewithTeledyneRDI’sWinRiverIIsoftwarefordatadisplayandprocessing.

Applications

ScientificResearch Soil&WaterConservation Hydrology&Survey WaterResourcesManagement Channels


Velocityrange ±5m/s3 Profilingrange 0.1m1to2mstandardor6m2withupgrade Accuracy ±1%ofwatervelocityrelativetoADCP,±2mm/s Resolution 1mm/s Numberofcells 1–20standardor1–30withupgrade Cellsize 2cmto10cmstandardor20cmwithupgrade Surfacecellrange Dataoutputrate 1Hz

Accessories

Systemcomponents

GNSSTools MRUTools



SVSystem DataLogger

Software

WinRiverII StreamProSoftwareforPocketPC WinRiverII(included)formoving‐boatmeasurement SxSPro(optional)forstationarymeasurement(i.e.,under‐ice);comeswithanuncertaintymodel

forinsituqualityevaluationandcontrol

Pictures

Figure50:StreamProADCP(source:http://www.teledyne‐reson.com/)

ContactInformation

TeledyneRDInstrumentsEurope

Lesnertieres

5avenuehectorpintus

06610lagaude,france

Phone:+33‐492110930

Fax:+33‐492110931

Loic‐mobile:+33614128769

Web:http://www.teledyne‐reson.com/

Annexes

TELEDYNERDI–StreamProADCP‐Brochures

http://www.rdinstruments.com/datasheets/streampro_ds_lr.pdf




Acoustic technology is rapidlybecoming theprimarymethodology formeasuringstreamflowtopredictfloods,manageandallocatewaterresources.AcousticDopplercurrentprofilers(ADCP)instrumentsareusedtomeasurewater/boatvelocitiesandwaterdepths.Measurementsareundertakenbytransmittinganacousticpulseofknownfrequencyintothewaterandmeasuringthe‘Dopplershift’ofreturnedsignalsfromparticlesinthewater.

Thepurposeof this analysis is topresent theneedsanduseof equipmentbypartners.Hydro‐acousticinstruments offer great versatility in use. Acoustic Doppler Current Profiler (ADCP) offer accuracy of2mm/s ofmeasured velocity and 1mm/s Resolution. Provides a 3Dwater‐current velocity for a smallvolumeoftheoverlyingwatercolumnbymakingveryhigh‐frequencyacoustic(75‐to600‐kHz)Dopplershiftmeasurements.

ADCPwasestimatedtocostupto40,000Euros.

7. SubBottomProfiling

7.1. EDGETECH–3200HighPenetrationSub‐bottomProfiler

Generaldescription

TheEdgeTech3200Sub‐bottomProfilingSystemisawidebandFrequencyModulated(FM)sub‐bottomprofiler utilizing EdgeTech’s proprietary Full Spectrum CHIRP technology. The 3200 generates highresolutionimagesofthesub‐bottomstratigraphyinoceans,lakes,andriversandprovidespenetrationofupto200m.

Ideallysuitedforuseinrivers,lakes,pondsandshallowwateroceanapplicationsupto200mmaxdepth.The systemwas designed for customers that require a portable system that can be used from smallerboatswhilenotwantingtosacrificeimagequality.

Features

UnderwaterEquipment:

EdgeTechSB‐512Swith

5‐12kHzCHIRPfrequencies

Shipboard Equipment: EdgeTech 3200‐XS Portable Topside; Processor with computer running;EdgeTech’sJStarsoftwareforaquistionanddisplay

Applications

Bridge/ShorelineScourSurveys BuriedObjectLocation EEZResourceDevelopment GeohazardSurveys Geological/GeophysicalSurveys Mining/DredgingSurveys SedimentClassification




Towfish SB‐0512i SB‐216S SB‐424

FrequencyRange 500Hz–12kHz 2‐16kHz 4‐24kHz

VerticalResolution

(Dependsonpulseselected) 8–20cm 6‐10cm 4‐8cm

Penetration(typical)

Incoarsecalcareoussand 20m 6m 2m

Inclay 200m 80m 40m

Accesories

•UnderwaterEquipment:

ModifiedEdgeTechSB‐0512iTowfishoperatingat1.5kHzto100kHz

ModifiedEdgeTech2200operatingat150kHzto600kHz

•ShipboardEquipment:

EdgeTechprocessorrunningsoftwareforacquisitionanddisplay

Systemcomponents

GNSSTools MRUTools SVSystem DataLogger Software

EdgeTechDiscover–Sub‐Bottom AcquisitionSoftware

EdgeTech’sJStarsoftwareforaquistionanddisplay ProcessingSoftware

Pictures

Figure51:EDGETECH–3200(source::http://www.edgetech.com/)

ContactInformation

USA

MassachusettsOffice

4LittleBrookRoad

WestWareham,Massachusetts02576



Tel:1‐508‐291‐0057

FloridaOffice

1141HollandDrive,Bay1

BocaRaton,Florida33487

Tel:1‐561‐995‐7767

Web:http://www.edgetech.com/

Annexes

Onlinewebbrochureandapplicationnote

EdgeTechSonarProductsBrochure:ACompleteOverviewofallofEdgeTech’sSonarSystemOfferings

ApplicationNote:DredgingPrecisionwiththeUseofaSub‐bottomProfiler

7.2. iXBlue–ECHOES10000

Generaldescription

ECHOES 10000 is an ultra‐high‐resolution sub‐bottom profiler (SBP) designed for shallow waterenvironments.ItincorporatesiXBlueflatspectrumTonpilzceramictransducersallowingunrivalleddatadelivery. Together with DELPH seismic acquisition, it is a full‐feature survey tool with DELPHinterpretationhigh‐productivitysoftware,enablingamissiontobeachievedsuccessfullyandeffortlessly.

Features

Trueflatspectrum,high‐directivityCHIRPSignal Fullpackage:antenna,ruggedrack,laptopPC Easypole‐mountedsolution Databasingofallinformation WorldwideiXBluenetwork

Applications

Pre‐dredgingsurvey Environmental,coastal,ports,lakes,waterwayssurvey Sedimentology Windfarmsandrenewableenergyconstructionpre‐survey Shallowwaterhydrographicsurvey Pipe,buriedobjectdetection Archaeology Bridge,shorelinescoursurveys


Operationaldepth Shallowwater Frequencyrange 5–15kHz Equivalentacousticlevel(ref1μPa@1m) >230dBwithintheusefulbandwidth@2kVA Resolution <10cm Frequencyresponse Flatspectrum Digitaldataformat 24bitrawdata/Segy32bitsfloatingpoint Availablepulses User‐designedandpre‐definedchirplibrary



Directivity 20°,frequencydependent TypicalmountPole‐mounted/overtheside Pole‐mounted/overtheside Transmissionpower2kVA(4kVAoption) 2kVA(4kVAoption)

Accessories

‐

Systemcomponents

GNSSTools MRUTools SVSystem DataLogger Software

Delphseismicacquisition AcquisitionSoftware ProcessingSoftware

Pictures

Figure52:ECHOES10000(source:https://www.ixblue.com)

ContactInformation

iXBlueSAS

34ruedelaCroixdeFer,78100,Saint‐GermainenLaye,France

Phone:+33130088888

Web:https://www.ixblue.com

Annexes

https://www.ixblue.com/products/echoes‐10000 iXBlueECHOES10000shallowwatersub‐bottomprofiler



7.3. KONGSBERG–GeoPulseSubBottomProfiler

Generaldescription

Sub‐Seabedstructuresaredelineatedusingreflexionsfromaselectablesinglefrequencymulti‐cyclehighpowersignal,whichistransmittedfromanover‐the‐side,towedorhullmountedplatform.Thesignalisprocessedinthecompactdeckunit.

Features

Selectabletransmitfrequency2to12kHz Over‐the‐side,towedorhullmounteddeployment Reliable,proven,easytouse Goodpenetrationandresolution

Applications

‐


SeetheAnnex1–Datasheet‐GeoPulse‐Profiler

Accessories

Thesystemcomprises thedeckunit (TransmitterModel5430AandReceiverModel5210A)anda fourtransducerarray(ModelsT135)inatwo‐fish(Model136),overtheside‐mountassembly(Model132)orabespokehullmountarrangement,whichcanbeconfiguredtoholdupto16transducers.

GeoRGEisaGeoSwathPlushardwareanalysisandfaultfindingtool.

Systemcomponents


SoftwareOperatingonWindows theGS+softwarepackageprovidesacompleteprojectbasedsolution, includingcontrol,acquisition,storingandeditingofsonarandancillarydata,grid‐basedpatchtestcalibration,dataprocessingwithaudittrail,advancedbathymetrydatagriddingandsidescanmosaicing,datavisualisationincluding3Dfly‐throughcapability.Dependingonthesurveysituationfullonlinedataprocessingcanbeperformedortheoperationcanbelimitedtobasicacquisitionstartandstopcommands.



Pictures

Figure53:GeoPulseSubBottomProfiler(source:www.km.kongsberg.com)

ContactInformation



Phone:+4732285000

Incharge:GeirHåøy,President

Web:www.km.kongsberg.com

Annexes

Onlinewebbrochures

Datasheet‐GeoPulse‐Profiler

Datasheet‐PipelineDetectionSub‐BottomProfiler


SubBottomProfiler(SBP)areusedtoidentifyandcharacterizelayersofsedimentorrockundertheriverfloor. Sub‐bottom profiling systems utilize the principle of seismic reflection. Seismic reflection uses astronger sound signal than echolocation and lower sound frequencies. Systems allow to obtain a clearpictureofwhatliesbelowtheseabedandthiscompact,lowpowerunit,idealforROVandAUVuse.

Chirp is thenewest technology in the fieldand improves thesignal/noiseratioobtainedwitha lowertransmission power and increased resolution using the total frequency band. In addition, provide newsignalprocessingalgorithms.

Market study for thesesystemscomprisea completedescription that includeselementsas controlunitcomputersystem,towfish,cable,softwareacquisitionandallowallpartnertoaccesstonewesttechnologyon the market. Table FAIRway ‐ State of the art analysis equipment summary contain technicalspecificationofeachSubBottomprofiler.



8. Sedimentsampler

8.1. BOKUSedimentsampler–designplansbyBfG(Koblenz)

Generaldescription

The purpose of the equipment is to sink down to the bottom of the riverbed and collect transportedsedimentmaterialinaplannedandcontrolledway.Ithasafilteringsackwhichtrapssedimentparticlesoveracertaingrainsize.Theinletcanbeturnedupanddowntostartorstopthesampling.

Features

Byadefinedopeningintervalthetooliscapabletomeasurebottomsedimentfluxandcarryupthedriftedmaterial. After that the collected sediment can be analysed (grain distribution and weight).Complementary sensors can be attached as digital camera, turbiditymeter, pressure (depth) orwaterqualityparametermeasuringunitsetc.Duringtheletdownorpull‐upphaseitcanmeasuretheverticaldistributionoftheparametersaswell.

Applications

Withasuspensorsteelropeitcanbeutilizedfrombridges,shipsordirectlyfromthebankoftheriver.The sensors could be connected to field measuring units with cables or URH transmission. For easytransportandhandlingitisassembledfrompartsandithasatransportframe.


‐ Material:weldedandscrewconnectedstainlesssteel‐ Dimensions:app.900x2500x650mm‐ Weightwithfullsetup:app.200kg

Accessories

‐ additionalballasts,hoistwithsteelropes‐ changeablefilterunits‐ transportframe‐ digitalcameraandothersensorswithpressure‐proofboxes

Pictures

Figure54:BOKUSedimentsampler(source:BfGKoblenz)



ContactInformation

‐ BundesanstaltfürGewässerkunde(FederalInstituteofHydrology)inKoblenz,Germany‐ http://www.bafg.de/EN/Home/homepage_en_node.html‐ Dr.Ing.StefanVollmer‐Referatsleitung

Price

‐ Realisationcots:app.10.000€+sensors

Annexes

‐ conceptualplans

8.2. HYDRO‐BIOS–437332BottomSampleracc.toVanVeen

Generaldescription

TheBottomSampleracc.toVanVeenisaqualitativesamplertoachievelow‐disturbedsedimentsamplesinsoftormediumhardgroundsfromanydesireddepth.Itconsistsoftwoclamshelljawsconnectedbyahinge.Duringdescentbothleversarelockedwideapartandthejawsareopen.Upontouchingthewaterbed the lockingmechanism is released andwhen the rope is pulled taut to raise the sampler the jawsclose.Duringretrievalthejawsareholdingthesampleandpreventsamplewash‐out.Additionallyflapsontopoftheheavyversion437333allowstoinspectthesamplebeforeemptying.

Features

‐

Applications

Sedimentsamplefromthebottomofabodyofwater.


BottomSampleracc.toVanVeen,largemodel Material:Stainlesssteel Graspingarea:1000cm2 Overalldimensions: Approx.35x42x90(cm) Weight:approx.25kg

Accessories

‐

Systemcomponents

‐



Pictures

Figure55:HYDRO‐BIOS–437332BottomSampler(source:http://www.hydrobios.de)

ContactInformation

HydrobiosGmbH

AmJägersberg5‐7

24161Altenholz–Germany

Telefon:+49‐431‐36960‐0

Fax:+49‐431‐36960‐21

Web:http://www.hydrobios.de

Annexes

http://www.hydrobios.de/product/bottom‐sampler‐acc‐to‐van‐veen/

http://www.hydrobios.de/wp‐content/uploads/2014/10/Hydrobios2014.pdf


The sediment sampler described use both technologies (bed‐load sampler and spring‐loaded jaws)specialisedforcollectingsludge’s,mudsandsediments.Equipmentaredescribedindetailin“FAIRway‐Stateoftheartanalysisequipmentsummary”table.



9. Gaugingstations

9.1. AANDERAADATAINSTRUMENTSAS–D401SMARTGUARD

Generaldescription

SMARTGUARDisthenextgenerationsensorandinstrumentHUBforocean, lake,reservoir,estuaryandriverhydrometricstations.MonitoringwaterandweatherconditionsisessentialinmanyoperationsandtheSmartGuardnodeiswellsuitedforstand‐alonestationspoweredbybatteryandsolarpowerutilizingwirelessreal‐timedatacommunication.

Features

SmartSensortechnologyPlugandPlay SensorCalibrationcoefficientsarestoredinthesensor Minimalandsimplemaintenanceneeds Lowcurrentdrain Power:5to14VDC,50mAmax Outputformats:AiCaPCANbus,RS‐232/RS‐422 Shortupdateinterval:1secondsto255minutes 2Hzand4Hzsamplingfrequency Newupdatedwaveparametersevery1second 256,512,1024&2048samples Outputs:Pressure,Temperature,Tidepressure,TideLevel,Significantwaveheight,Maximumwave

height,MeanPeriode,MeanZerocrossingPeriode,EnergyPeriode,Steepness,Irregularityofseastate,Cut‐offfrequency,Pressuretimeseries,Lastpressuresampleindex,Wavespectrum

Real‐timeXMLoutput

Applications

Designed for ease of integration of new and existing sensor technologies into a single Aanderaaobservatorynodewithmodernself‐describingXMLdataoutputformats.SmartGuard interfaceswithallAanderaaatmosphericandinwatersensors,alongwithmost3rdpartysensors.


Accesories

AtmosfphericSensors AanderaaSmartSensors Presuresensor WaveandTideSensor

Systemcomponents

Atmosphericsensors Datalogger Radiomodem CompensatingUnit Tidesensor Software



Software

AanderaaReal‐TimeCollectordisplayandremotecontrolsoftwareviatwo‐waycommunication AanderaaGeoview

Pictures

Figure56:D401SMARTGUARD(source:http://www.aanderaa.com/)

ContactInformation

Postaladdress

AanderaaDataInstrumentsAS

P.O.Box103Midtun,N‐5843Bergen,Norway

Streetaddress

AanderaaDataInstrumentsAS

Sanddalsringen5b,N‐5225Nesttun,Norway

Tel:+4755604800

Fax:+4755604801

email:[email protected]

web:http://www.aanderaa.com/

Annexes

Onlinewebpage/Brocures

http://www.aanderaa.com/productsdetail.php?SmartGuard‐36

http://www.aanderaa.com/media/pdfs/SmartGuard.pdf

http://www.aanderaa.com/media/pdfs/B189‐Smartguard‐Brochure‐A3.pdf



9.2. SIEMENSAG–SITRANSPMPSTRANSMITTER

Generaldescription

SITRANS P (submersible sensor) pressure transmitters, MPS series, are submersible sensors forhydrostatic levelmeasurements. The pressure transmitters of theMPS series are available for variousmeasuring ranges and with explosion protection as an option. A junction box and a cable hanger areavailableasaccessoriesforsimpleinstallation.

Features

SITRANSPpressuretransmitters,MPSseries,areformeasuringtheliquidlevelsinwells,tanks,channelsanddams.

Accuracy ≤0.3%

Long‐Termstability ≤0.20%/12months

Measuringrange0‐2mH2O(0‐6.6ftH2O)to

0‐20mH2O(0‐66ftH2O)

Applications

SITRANSPpressuretransmitters,MPSseries,areusedinthefollowingbranchesforexample:

•Oilandgasindustries

•Shipbuilding

•Watersupply


Measuringrange Maximumworking

0...2mH2O(0...6ftH2O) 1.4bar(20.3psi)(correspondsto14mH2O(42ftH2O)) 0...4mH2O(0...12ftH2O) 1.4bar(20.3psi)(correspondsto14mH2O(42ftH2O)) 0...5mH2O(0...15ftH2O) 1.4bar(20.3psi)(correspondsto14mH2O(42ftH2O)) 0...6mH2O(0...18ftH2O) 3.0bar(43.5psi)(correspondsto30mH2O(90ftH2O)) 0...10mH2O(0...30ftH2O) 3.0bar(43.5psi)(correspondsto30mH2O(90ftH2O)) 0...20mH2O(0...60ftH2O) 6.0bar(87.0psi)(correspondsto60mH2O(180ftH2O)) Outputsignal 4...20mA Accuracy ToEN60770‐1 Errorinmeasurement(including

non‐linearity,hysteresisandrepeat‐ 0.3% of full‐scale value (typical) ability, at 25 °C (77°F))

Accesories

Standardmeasuringset:

Transmitter Cablehanger Junctionbox

Systemcomponents

Atmosphericsensors



Datalogger Radiomodem CompensatingUnit Tidesensor Software

Pictures

Figure57:SitransPMPSTransmitter(source:http://www.siemens.com/entry/cc/en/)

ContactInformation

http://www.siemens.com/entry/cc/en/

Annexes

ProductWebpage/OnlineBrochures/Manual

http://www.industry.usa.siemens.com/automation/us/en/process‐instrumentation‐and‐analytics/process‐instrumentation/pressure‐measurement/pressure‐transmitter‐overview/Pages/SITRANS‐P‐MPS.aspx

http://www.industry.usa.siemens.com/automation/us/en/process‐instrumentation‐and‐analytics/process‐instrumentation/pressure‐measurement/pressure‐transmitter‐overview/documents/mps_us_pressure.pdf

https://cache.industry.siemens.com/dl/files/174/9716174/att_80331/v1/a5e00136035‐04_MPS_denfspitpt.pdf

9.3. CAMPBELLSCIENTIFICLTD.–CS451PressureTransducer

Generaldescription

TheCS451isapressuretransducerforwater‐levelmeasurementsincanals,wells,ponds,harbours,lakes,streamsandtanks.Ithasastainless‐steelcasethatcanbesubmergedinmostcanals,wells,ponds,lakes,andstreams.TheCS451outputseitheradigitalSDI‐12orRS‐232signaltoindicateobservedpressureandtemperature.Thisoutputcanbereadbymanyofourdataloggers.

Features

Qualityconstructionensuresproductreliability



Ruggedstainless‐steelcaseprotectspiezoresistivesensor CompatiblewithmostCampbellScientificdataloggers Fullytemperature‐compensated Low‐powersleepstatebetweenmeasurementsreducespowerconsumption Optionalweightednoseconefacilitatessubmersion NPTfittingallowsittobeusedinclosed‐pipeapplications Quickshipmentafterreceiptoforder(ARO)

Applications

Campbell Scientific’s CS451 and CS456 submersible pressure transducers provide reliable, accuratepressureandtemperaturemeasurements.Theirruggedconstructionmakesthemsuitableforwaterlevelmeasurementsincanals,wells,ponds,harbours,lakes,streamsandtanks.


MeasurementTime: <1.5s Outputs: SDI‐12(version1.3)1200bps;RS‐2329600bps Resolution: 0.0035%FS DryStorageTemperature1: ‐10°to80°C OperatingTemperature1: 0°to60°C TemperatureAccuracy:±0.2°C Overpressure: 2xpressurerange PowerRequirements: 6to18Vdc

PowerConsumption

Quiescent: <50µA Measurement/Communication:8mA(1smeasurement) Maximum: 40mA

MeasurementRanges

Pressure(psig) Pressure(kPa) DepthofFreshWater

≤2.9 ≤20 ≤2.0m(6.7ft)

≤7.25 ≤50 ≤5.1m(16.7ft)

≤14.5 ≤100 ≤10.2m(33.4ft)

≤29 ≤200 ≤20.4m(67ft)

≤72.5 ≤500 ≤50.9m(167ft)

≤145 ≤1000 ≤102m(334.5ft)



Accuracy

StandardAccuracyOption: ±0.1%full‐scale‐rangeTEB2

HighAccuracyOption3:±0.05%full‐scale‐rangeTEB2

MaximumCableLength

SDI‐12(1sensorconnectedtoasingleport):~457m(1500ft)

SDI‐12(10sensorsconnectedtoasingleport): 60m(200ft)

RS‐232: 60m(200ft)

AirGap

Standardandweightednosecone: 0.653cm(0.257in)

NPTfitting: 2.72cm(1.07in)

Accesories

SplitMeshCableGrip(pn25431) ReplacementDesiccantTube(pn25366) A200SensortoPCInterface(forconfiguringsensor) A150‐LSingleSensorTerminalCase,VentedwithDesiccant HeycoCableGrip(pn31648)formatingwitha1in.PVCpipe

Systemcomponents


Pictures

Figure58:CS451PressureTransducer(source:www.campbellsci.co.uk)

ContactInformation

CampbellScientificLtd.

SalesandSupport:+44(0)1509828888

General:+44(0)1509601141

Fax:+44(0)1509601091

+44(0)1509601141(switchboard)

[email protected]



Websitewww.campbellsci.co.uk

Annexes

Onlinepage/productspecification/brochures

https://www.campbellsci.com/cs451

https://www.campbellsci.com/cs451‐specifications

https://s.campbellsci.com/documents/us/product‐brochures/b_cs451‐cs456.pdf

9.4. OTTHYDROMET–OTTCBS‐CompactBubblerSensor

Generaldescription

TheOTTCBS isacompact,accurate,and lowpowerbubblersensor forsurfacewater levelmonitoring.The OTT CBS meets or exceeds USGS standards for accuracy, and will not drift over time. It featuresoutputsforSDI‐12and420mA.

Features

Measuresthepressureofairinameasuringtubeandcalculatesthedifferenceofpressureinthetubecomparedtoatmosphericpressuretocalculatewaterlevel

Indirectpressuremeasurementwithnoelectricalcomponentsinstalledinwater Drift‐freemeasurementprinciplethatdoesnotrequiredesiccant UsesstandardcommunicationprotocolslikeSDI‐12

Applications

‐Waterlevelmeasurementinstreams,rivers,canals,lakes

‐Dams,irrigationplants,waterreservoirs

‐Garbagedepots,industrialandminingwastewater

‐Channelswithlong,flatembankments


Measuringrange

Version''Standard''and''USGSspecification'' 0...15m(0...50ft)

Version''30mmeasuringrange'' 0...30m(0...100ft)

Resolution 1mm(0.01ft)

Accuracy Version''Standard''and''30mmeasuring

range''±5mm

Version''USGSspecification'' 0...15ft:±0.01%

15...50ft:±0.065%ofmeasurementvalueor

0.02ft,whicheverifless



Units m,ft,bar,PSI

ElectricaldataInterfaces 4...20mA,SDI‐12,SDI‐12viaRS‐485

Powersupply 10...30VDC,typ.12/24VDC

Measuringinterval 1mintyp.320mAh/day

Measuringinterval 15mintyp.25mAh/day

Housingmaterial ABS

DimensionsLxWxH 165mmx205mmx115mm

Weight approx.1,500g

Protectionclass IP43

Environmentalconditions

Operatingtemperature ‐20...+60°C

Storagetemperature ‐40...+85°C

Relativairhumidity 10...95%;notcondensing

Measuringtube innerdiametertyp.2mmor4mm

Accesories

OTTCBSwatergauge OTTmeasuringtube OTTsubmersibleprobeforsurfacewater(bubblesoutput) OTTDuoSensdataloggerwithdisplayandanaloginputs OTTPCU12powersupplyunit OTTbracketforsolarmodule SolarmodulET‐M(55Wp) BatteryFiam12V42Ah RITTALcabinets400x600x200,withfastenersforassembly OTTIRDAadapterforPC Transport Infrastructureworks

Systemcomponents




Pictures

Figure59:OTTCBS‐CompactBubblerSensor(source:http://www.ott.com/)

ContactInformation

5600LindberghDr.

Loveland,CO80539

Tel:800‐949‐3766option1or(970)‐669‐3050


Web:http://www.ott.com/

Annexes

http://www.ott.com/en‐us/products/download/brochure‐ott‐water‐level‐measurement‐1/

http://www.ott.com/en‐us/products/download/leaflet‐compact‐bubble‐sensor‐ott‐cbs‐8/

http://www.ott.com/en‐us/products/download/operating‐instructions‐bubble‐sensor‐ott‐cbs‐6/


Gaugingstationsarefacilitiesusedbyhydrologiststoautomaticallymonitorstreams,wells,lakes,canals,reservoirs and or other water bodies. Instruments at these stations collect information such as waterheight, discharge, water chemistry andwater temperature. Inside “FAIRway ‐ State of the art analysisequipment summary” table are provided technical information for all three measurement technology(bubblertechnology,smartsensorstechnologyandpressuretechnology).

Prices for gauging stations start from 900 Euros. The final price lagely depends on the availableinfrastructure(powersupply,GSMconnection,installationonfortifiedbanksetc.)



10. Drones

10.1. DJI–PHANTOM3

Generaldescription

Finally, a flying camera that packs years of experience in aerial imaging into one compact, easy to usesystem.With thePhantom3Professional, you’re shooting4Kvideoatup to60 framesper secondandcapturing 12 megapixel photos that look crisper and cleaner than ever. Has an aperture lens with amaximumamountofcoveragef.2.8andanangleof95°.

Features

DJI’sVisionPositioningSystem(VPS)forpreciseandstableindoorflying Lightbridge digital streaming (720p) to phone/tablet with simultaneous full resolution video

storageonincluded16GBmicroSDcard DJIPilotApp(compatiblewithiOSandAndroid)thatprovidescompletecameracontrolandlive

videostreaming Lithiumionrechargeableflightbattery Rechargeablecontroller(remote) Controller(remote)includesamobiledeviceholder 3‐axisfullystabilizedgimbal “Return to home” feature for automatic safe return of drone to starting position if contact

betweendroneandcontrollerislost(operatorcanalsoactivate“returntohome”atanytime). Ready‐to‐flyrightoutofthebox!

Applications

4Kat24fpsshooting Photos12Mpx 3‐axisstabilizedgimbalhead Remotecontroloperationatmax2km guidingtheGPS‐basedsystem MonitoringLiveHD720p opticalsensor"floating"


SeeOnlinewebbrochures:

http://download.dji‐innovations.com/downloads/phantom_3/en/Phantom_3_Professional_User_Manual_v1.6_en.pdf

Systemcomponents

Aircraft RemoteController PropellerPairs IntelligentFlightBattery

Accessories

GimbalClamp VibrationAbsorbers 16gbMicro‐SDCard Anti‐dropKit LandingPads

Camera

‐

Hardwareequipment

‐



Software

iOS8.0orlater/Android4.1.2orlater

Pictures

Figure60:DJI–PHANTOM3(source:http://www.dji.com/)

ContactInformation

DJIGmbH–Europe

(pleasesendyourrequestsinEnglish)

Address:ImBirkenfeld2,97795Schondra,Germany

Tel:+49(0)97479304200

Dealerinquiries:[email protected]

Marketingrequests:[email protected]

Web:http://www.dji.com/

Annexes

Onlinewebbrochures:

http://www.dji.com/product/phantom‐3‐standard

http://www.dji.com/product/phantom‐3‐standard/download

Price: 2.126 Euro (Phantom 3 Professional Everything You Need Kit (Hardshell Backpack ‐http://store.dji.com/product/phantom‐3‐professional‐everything‐kit‐hardshell‐backpack

10.2. DJI–InspirePro1

Generaldescription

AMicroFourThirdsCMOSsensorwith4KimagecaptureisintroducedtoDJI'squadcopterlinewiththeInspire 1 PRO featuring the Zenmuse X5 camera and gimbal system along with a 15mm f/1.7 lens.Forgoing the fixed landing gear design found on many earlier quadcopters, the Inspire 1 features aretractablearmsystemwherebytheundersideofeachpropmotorhasafoottoactasalandingpodwhenthearmsarelowered.In‐flight,thearmsliftuptoprovidethecameraanunobstructed360‐degreeview.A3‐axisgimbalkeepsshotssteadyandthecamerapointedthesamedirectionasthequadcopterbanksandturns.ThecamerarecordsinternallytomicroSDHC/SDXCmemorycardsandcanalsobeama live720p



feed to amobile device running theDJI GO app or amonitor or FPV glasseswith anHDMI input. Onetransmitter(radiocontroller) is includedandasecondcanbeaddedsothatoneoperatorcanpilotandanothercanpanandtiltthecamera.

Aswithmanyothermulti‐rotor systems, the Inspire1 reliesonaGPS‐basedstabilizationsystem that ‐thanks to spatial awareness ‐ is able toholdaposition evenwhenexperiencingwind interference, cancompensateforoverzealouspilot inputstohelpavoidstalling,automaticallybringstheaircrafthomeintheeventofsignallossoratthepressofabutton,andmakespossibleanumberofsemi‐automatedflightmodesthatcanbeenabledthroughtheapp.Thereisalsoan"indoor"modewhichreliesonVisionPositiontechnology ‐ combining optical flowwith ultrasonic ‐ to provide stability indoors or in other contextswhereGPSisunavailable(Note:certainfeatureswillbeunavailableinindoormode).

Features

Ready‐to‐flyaerialsystem Includedprofessional4Kcameraand3‐axisstabilizationgimbal(ZenmuseX5)withunobstructed

360°Shooting 16MPStillsCapability Live,wirelessHDvideotransmissionviaDJILightbridge Dedicatedremotewithflightandcameracontrols Powerfulapptoadjustcamerasettings,editvideos,andmore VisionPositioningsystemforGPS‐freeorindoorflight RetractableCarbonFiberArms App‐BasedControlSoftware Auto‐TakeoffandLanding Upto1.2MileRadioRange GPS‐BasedStabilizationSystem

Applications

high‐levelshootsandprofessionalsets


Performance

HoveringAccuracy(GPSMode) Vertical:1.6'/0.5m Horizontal: 8.2'/2.5m MaximumSpeed 72.2fps/22m/s(Attitudemode;nowind) MaximumFlightAltitude 14,764'/4,500m MaximumWindSpeedResistance 32.8fps/10m/s MaximumFlightTime Upto18minutes

Gimbal

Detailsathttp://www.dji.com/product/inspire‐1/spec

Systemcomponents

Model ZenmuseX5 Mount Detachable NumberofAxes 3‐axis ControlAngleAccuracy ±0.02°



Accessories

INTHEBOX‐http://store.dji.com/product/inspire‐1‐pro#/box

DJIInspire1PROQuadcopterwithZemuseX54KCameraand3‐AxisGimbal TransmitterforInspire1Quadcopter ZenmuseX5Cameraand3‐AxisGimbal MFT15mmf/1.7ASPHPrimeLens TB47BIntelligentFlightBatteryforInspire1(99.9Wh) FlightBatteryCharger PowerCord 4xSparePropCW/CCWPairs Limited1‐YearWarrantyonAircraft(ExcludingGimbal,Camera,andBattery) Limited6‐Month/200CycleWarrantyonBattery(whicheverComesFirst)

Camera

Model Name:ZenmuseX5 PhotoResolution16MP(4608x3456) VideoResolutionDCI4K(4096x2160):24p,25p UHD4K(3840x2160):25p,30p FHD(1920x1080):24p,25p,30p,48p,50p,60p

Hardwareequipment

‐

Software

DJIGOApp

Pictures

Figure61:DJI–InspirePro1(source:http://www.dji.com/)

ContactInformation

DJIGmbH–Europe

Address:ImBirkenfeld2,97795Schondra,Germany

Tel:+49(0)97479304200



Dealerinquiries:[email protected]

Marketingrequests:[email protected]

Web:http://www.dji.com/

Annexes

Onlinewebbrochures:

http://www.dji.com/product/inspire‐1

http://store.dji.com/product/inspire‐1‐pro

Price:4.999Euro‐http://store.dji.com/product/inspire‐1‐pro?from=related_products

10.3. OneDrone–SuperHeroGEOX4/X8RTF

Generaldescription

OneDrone SuperHero GEO RTF is a result of one year long testing and numerous inputs from geosurveyors,butalsofire‐fighters,policeforces,armyandcivilprotectionservices.Equippedwithpowerfulgimbal and camera, reliable autopilot system, industry‐leading motors & equipment and auto‐deployrescueparachuterepresentsperfectworktool foranygeosurveyor.Total flyingweightwith16.0006Sbatteryis5.5kgandoffersupto28minutesofoperationalflighttime.Withsmallerbattery(10.0006S)flyingweightcangobelow5kg(crucialforcountrieswith5kgweightlimit)andflighttimeisstillupto20minutes.

Features

Perfectlydesignedandqualityframe Greatflighttimes(flighttimeswith16.0006Sbatteryareupto28minutes) Reliability IntegratedParachuteSystem Customcomponents

Applications

geosurveyors firefighters,policeforces, armyandcivilprotectionservices


‐

Systemcomponents

‐

Accessories

INTHEBOX



SkyHeroSpyderX4‐850GEOEdition 3DRPixhawkflightController+uBloxGPSmodule 3DRRadioTelemetryKit‐433Mhz FutabaT14SG GensAce16.000mAh6S22,2V25/50C iCharger406Duo1400W40A6S E‐FuelMegaPowerNEW(30V‐50A) FPVdownlink(TX,diversitymonitor,instalation) 3‐axisgimbalforSonyRX100camerawithHDMIconverter Parachutesystem(assembly,instalation) Assembly,testing&FCprogramming

Camera

SonyRX100camera

Pictures

Figure62:SuperHeroGEOX4/X8RTF(source:http://onedrone.com)

ContactInformation

OneDrone.com*Onestopdroneshop(FPV,UAV,RC)OneDroned.o.o.

CestaAndrejaBitenca36

1000Ljubljana

Slovenia,EU

VATID:SI88522253

e‐mail:[email protected]

web:http://onedrone.com



Annexes

Online web brochures: http://onedrone.com/store/multi‐copters/rtf‐arf‐pnf/onedrone‐superhero‐geo‐x4‐x8‐rtf.html

Price:6,999.90€(ExTax:5,737.62€)

10.4. SenseFly–eXom

Generaldescription

Createhigh‐resolution2Dand3Dmaps,orcomplementfixed‐wingdronedatabymappingasite’shighlyinclined and vertical surfaces. Capture high‐resolution aerial imagery and transform this into full 3Dmodels of buildings and small/ medium‐sized infrastructure. Examine and document surfaces andobjects—suchasbridges,towers,rooftopsandclifffaces—inhigh‐resolution.

PostflightTerra3Disaprofessionalphotogrammetrysoftwareprogram*,whichissuppliedasstandardwith every eXom drone. Use it to transform still RGB from any eXom flight into geo‐referenced 2Dorthomosaics,3Dbuildingmodels,3Dpointclouds,trianglemodels,digitalsurfacemodelsandmore—injustafeweasyclicks.PoweredbyPix4Dtechnology,PostflightTerra3DincludesaRapidCheckfeature,mosaicandrayCloudeditors,afullQualityReport,plusapointcloudfly‐throughvideocreatorandmuchmore.

Features

‐

Applications

Crackdetection Bridge,pipe&towerinspection Plantinspection&documentation Stockpileassessment Constructionmonitoring Closeagricultural&archaeologicalmapping Solarpanelhotspotdetection Conservation&environmentalmonitoring


Type V‐shapedquadcopter Engines 4electricbrushlessmotors Propellers 4 Take‐offweight 1.8kg(3.9lb)incl.battery,payload&shrouding Flighttime(fullsystem)Upto22min Max.climbrate 7m/s(15mph) Max.airspeed Automaticflight:8m/s(18mph)Manualflight:12m/s(27mph) Windresistance Automatic:upto8m/s(18mph)Manual:upto10m/s(22mph) Autopilot&control IMU,magnetometer,barometer&GPS Materials Compositebody,mouldedcarbonfibrearmsandlegs,precision‐molded

magnesiumframe,precision‐moldedinjectedplastic Operatingtemperature ‐10to40ºC(14º‐104ºF)



Systemcomponents

1eXomdrone 1InteractiveScreenFlycontroller 2.4GHzremotecontrol(forsafetypilots) 2.4GHz/5GHzdualbandUSBradiomodem 2SDmemorycards(32GB) 2batteries 2singlebatterychargersw/powersupplies

Accessories

1wheeledcarrycase 1UserManual 1USBcableset 1sparelegset 1sparepropellerset eMotionX&PostflightTerra3Dsoftware(accessibleviamy.senseFlyatnoextracost)

Camera

‐

Hardwareequipment

‐

Software

‐

Pictures

Figure63:eXom(source:https://www.sensefly.com)

ContactInformation

senseFlySA

RoutedeGenève38,(Z.I.ChâtelardSud),1033Cheseaux‐Lausanne,Switzerland

Telephone:+41215520440



Web:https://www.sensefly.com

Annexes

Web:https://www.sensefly.com/drones/exom.html

Brochures:

https://www.sensefly.com/fileadmin/user_upload/sensefly/documents/brochures/eXom‐brochure‐en.pdf

https://www.sensefly.com/fileadmin/user_upload/sensefly/documents/senseFly‐eXom‐Technical‐Specifications.pdf

10.5. TrimbleNavigation–ZX5

Generaldescription

TheTrimbleZX5isanotheraccurate,reliabletoolinTrimble’sfamilyofUASsolutions.Fasttosetupandeasy to operate, the Trimble ZX5 allows you to quickly collect data in the field so you can create thedynamicdeliverablesrequiredfortoday’sjobs.Orthographydownto1mmgroundsampledistance(GSD)and3Dmodelsgeneratedaseasyaseverbefore.

Features

‐

Applications

Tested, proven and reliable, the Trimble ZX5Multirotor UAS is built to perform tough, everyday jobsquickly,eveninthetightestspaces.Itrequiresnolauncher, iseasytoassembleandincludeseverythingyouneedtocaptureultrahighqualitygeoreferencedphotos.TheZX5alsotakesa16MPOlympuscameraalongfortheride,whichallowsyoutocollecthi‐resolutionaerialimageryandachieveGSDdownto1mmforsuperiorimagequality.


HARDWARE

Type............................................Rotarywing Numberofrotors...............................6 Maximumtakeoffmass.........................5kg Payloadcapability..............................2.3kg Dimensions.....................................85cmx49cm Material........................................Carbonframestructure Propulsion......................................Electricpusherpropeller;6brushlessmotors Battery..........................................2x6600mAh14.8V Camera.........................................16MPwithinterchangeable14mmlens Controller. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PCortabletrunningMicrosoft®Windows®XP

operatingsystemorlater(Windows7orlaterrecommended) Display.........................................CapableofatleastXGA(1024x768)andatleast

oneUSBportOPERATION

Endurance........................................20minutes Flighttimewithoutpayload.......................25minutes



Maximumceiling..............................…..3,000mAMSL Pre‐flightsystemsetuptime......................5minutes Launchandrecovery...............................Verticaltakeoffandlanding Weatherlimit....................................Stableinwindsupto36km/h Controlfrequency.................................2.4GHz Videofrequency..................................5.8GHz Communicationandcontrolrange................Upto2km Livevideostreamresolution.....................480i Recordablevideoresolution......................1080p30

Systemcomponents

‐

Accessories

‐

Camera

‐

Hardwareequipment

‐

Software

TrimbleUX5 aerial image data can be processed into powerful deliverableswith the Trimble BusinessCenter(TBC)AerialPhotogrammetrymodule.TheTBCPhotogrammetryModuleisbasedonstate‐of‐the‐artimageprocessingtechnology.TheincorporationofphotogrammetricalgorithmsspecializedforsmallUASproducesveryaccurateresultsautomatically,withminimalmanualinteraction.ThisofficesoftwarecombinedwiththeTrimbleUX5providesareliablephotogrammetricsystemdeliveringexcellentresultswithoutrequiringspecializedphotogrammetryknowledgeorexperience.

The TBC Aerial Photogrammetry module works seamlessly with the TBC Complete and Advancedsoftware editions, making it possible to process complete survey projects including aerial imagery,TrimbleVISIONimagery,GNSSdata,andtotalstationobservations.

Pictures

Figure64:ZX5(source:http://uas.trimble.com/)



ContactInformation

TrimbleNavigation,Buchtenstraat9/1,9051Gent‐Belgium


Tel:+3293350515

Fax:+3293358803

VATBE0899.848.709

RPRGent

Web:http://uas.trimble.com/

Annexes

OnlineZX5webpage

http://uas.trimble.com/zx5

ZX5Brochures

http://uas.trimble.com/sites/default/files/downloads/022516‐199a_trimblezx5_multirotor_uas_geospatial_ds_a4_0915_lr.pdf

10.6. TrimbleNavigation–UX5

Generaldescription

TheTrimbleZX5isanotheraccurate,reliabletoolinTrimble’sfamilyofUASsolutions.Fasttosetupandeasy to operate, the Trimble ZX5 allows you to quickly collect data in the field so you can create thedynamicdeliverablesrequiredfortoday’sjobs.Orthographydownto1mmgroundsampledistance(GSD)and3Dmodelsgeneratedaseasyaseverbefore.

Features

‐

Applications

Formappingandsurveyingprofessionalsaroundtheworld,theTrimbleUX5unmannedaircraftsystemhasraisedthebar forUASperformance,deliveringunparalleledresultsandefficiency. Ideal forgeneralsurvey and agricultural applications, the UX5 comes complete with its own 24 MP camera to deliverenhancedimageaccuracy.Alsocosteffective,theUX5providestremendousbenefitsataverycompetitiveprice—offeringfargreatervalueforless.


Type fixedwing Weight 2,5kg(5.5lb) Wingspan 100cm(39.4in) Wingarea 34dm2 Maximumtakeoffmass ‐ Payloadcapability ‐ Dimensions 100x65x10.5cm



Material EPPfoam;carbonframestructure;compositeelements Propulsion electricpusherpropeller; brushless 700Wmotor Battery 14.8V,6000mAh Camera 24MPmirrorlessAPSC

Systemcomponents

‐

Accessories

‐UX5bodyplane

‐24MPcamera

‐propeller

‐TrimbleTabletRuggedPC

Camera

‐

Hardwareequipment

‐

Software

The Trimble Business Center Aerial Photogrammetry Module was developed for Professional LandSurveyorsworkingwithsmallUASfromTrimble,andInphoUASMasterwasdeveloped forProfessionalPhotogrammetristsworkingwithdatafromsmallUAS(ofanytype).

HighResolutionOrthomosaic TrueColorPointCloud(DTM&DSM) RelativeandAdjustmentwithGroundControl CoordinateSystemManagement CAD&DraftingTools Supportfornon‐TrimbleUAVplatforms SupportforMulti‐RotorPlatforms IntegrationwithInpho InteractiveEditingWorkflow ManualMeasurementofTiePoints ForProfessionalPhotogrammetristsworkingwithUASofanytype



Pictures

Figure65:UX5(source:http://uas.trimble.com/)

ContactInformation

TrimbleNavigation,Buchtenstraat9/1,9051Gent‐Belgium


Tel:+3293350515

Fax:+3293358803

VATBE0899.848.709

RPRGent

Web:http://uas.trimble.com/

Annexes

Onlinewebpage

http://uas.trimble.com/ux5

UX5OnlineBrochures

http://uas.trimble.com/sites/default/files/downloads/022543‐576b_trimbleux5_ds_0615_lr_1.pdf


One innovative approach of FAIRway project is aerial photo monitoring concept which identify thepotential of alternative means for surveying the waterway and the shore‐line with its navigationalstructures.Duringthepast50years,surveyingandengineeringmeasurementtechnologyhasmadefivequantum leaps: theelectronicdistancemeter, total station,GPS, robotic total stationand laser scanner.Unmannedaircraftsystems(UASs)ordrones(alsoknownasunmannedaerialvehiclesorUAVs)willbethesixthquantumleapintechnology.Thestudymarketaimistopresentthetwobasictypesofdrones—



fixed‐wingunitswithabrushlesselectricmotorandarotortypethathasbetweenthreeandeightormorebrushlesselectricmotors(commonlyreferredtoasmultirotors)andtheirtechnicalcharacteristicsaboutperformances and efficiency. Further information is presented in FAIRway ‐ State of the art analysisequipmentsummarytable.

Thepresenteddronesareestimatedtocostupto10,000Euros.

11. AtoNs

11.1. SRTMARINETECHNOLOGYLTD.–TungstenAISAidtoNavigation

Generaldescription

Developed using SRT Marine Technology’s third generation technology, Tungsten offers the ultimatefunctionality and integration options. Incorporating an internal GPS antenna, multiple connectivityoptionsandoptional sensorboard,Tungsten is the class leadingAISAtoNmodule.Tungstenoffers theultimate flexibility of either FATDMA or RATDMA transmit protocols and has been tested andinternationallyapprovedtothehighestspecifications.

Features

•LeadingedgetechnologyinsideTungstensetsanewstandardforpowerconsumption.Ultra‐lowpowerconsumptionandsmallformfactorallowsTungstentobeinstalledriskfreeinsideanytargetenclosure.

•Tungstenoffersaflexible, internationallyapproved,AISservicesolutionwithbothType1andType3optionsavailable,aswellasaccurateenvironmentmonitoringusingtheoptionalsensorboard.

Applications

‐


Seeonlinedatasheetbrochure

Systemcomponents

‐

Accessories

TungstenAISAtoNType1 ConnectorskitforTungsten GPSAntenna VHFAntenna IP68Enclosure Rechargeablebattery65Ah

Hardwareequipment

‐



Software

‐

Pictures

Figure66:TungstenAISAidtoNavigation(source:http://www.srt‐marine.com/)

ContactInformation

SRTMarineTechnologyLtd

WirelessHouse,WestfieldIndustrialEstate,MidsomerNorton,BathBA34BS,UK

T:+44(0)1761409500

F:+44(0)1761410093

E:enquiries@srt‐marine.com

Web:http://www.srt‐marine.com/

Annexes

Onlinebrochures

http://www.srt‐marine.com/products/modules/tungsten‐t1‐ais‐aton/

http://www.srt‐marine.com/wp‐content/uploads/2014/04/418‐0005‐Tungsten‐AIS‐Aid‐to‐Navigation.pdf

11.2. HydrosphereUKLtd.–CarbonAISAidtoNavigation(AtoN)

Generaldescription

LeadingedgetechnologyinsideCarbonenablesanewstandardofpowerconsumptiontobeset.UltralowpowerconsumptionandreliablecoretechnologyallowsCarbontobeinstalledonabuoyandleftforyearswithoutmaintenance.

Carbon offers a flexible AIS service solutionwith both Type 1 and Type 3 options available. Accurateenvironmentmonitoringviaoptionalsensorboard.TriplelevelenvironmentprotectionallowsCarbontobesafelydeployedonabuoy,whilstsimpleinstallationandconfigurationensuresrisk‐freeoperation.



Features

Enhancedsensormoduleforenvironmentaldatamonitoring Militaryspecconnectorsallowsimpleintegrationintoanysystem Simpleinstallation,configurationandoperation Fullytestedandinternationallyapprovedtothehigheststandard Enhancedenvironmentalprotectionensuresreliableoperationandoptimumfieldperformance SuppliedwithGPSantenna(internalorexternal)andfixingbracket 12to24VDCpowersupply

Applications

‐


Seeonlinedatasheetbrochure

http://www.hydrosphere.co.uk/site/assets/files/1226/hydrosphere_srt_carbon_ais_aton_v_2_02_may_14_web.pdf

Systemcomponents

‐

Accessories

CarbonTRSAtoN Connectorskit USBconfigurationcable GPSAntennaandreceiver VHFAntenna ProAtoNconfigurationsoftware Fixedbracket

Hardwareequipment

‐

Software

‐



Pictures

Figure67:CarbonAISAidtoNavigation(source:http://www.hydrosphere.co.uk)

ContactInformation

HydrosphereUKLtd

UnitsC&D,WestEndCentre,ColthouseLane,UpperFroyle,Hampshire,GU344JR,UK

Tel:+44(0)1420520374

Fax:+44(0)1420520373


Web:http://www.hydrosphere.co.uk

Annexes

Onlinewebbrochures

http://www.hydrosphere.co.uk/products‐services/ais‐monitoring/carbon‐ais‐aton/

http://www.hydrosphere.co.uk/site/assets/files/1226/hydrosphere_srt_carbon_ais_aton_v_2_02_may_14_web.pdf

http://www.hydrosphere.co.uk/site/assets/files/1140/hydrosphere_srt_carbon_ais_aton_aug_v_2_01_web.pdf

11.3. SRTMarine‐AtoNExpressAidtoNavigation

Generaldescription

FullycertifiedandintegratedType1AISAtoNwithinternalrechargeablebattery.Designedforquickandeasydeploymentoneventhesmallestbuoys.Abletooperateforover5daysbetweenchargesorconnectdirectlytoanexternalpowersourceforpermanentinstallations.Uniquesecurequickfitbracketsystem.



Features

•LeadingedgetechnologyinsideTungstensetsanewstandardforpowerconsumption.Ultra‐lowpowerconsumptionandsmallformfactorallowsTungstentobeinstalledriskfreeinsideanytargetenclosure.

•Tungstenoffersaflexible, internationallyapproved,AISservicesolutionwithbothType1andType3optionsavailable,aswellasaccurateenvironmentmonitoringusingtheoptionalsensorboard.

Applications

‐


Certified type1AISAtoN Integrated&protected GPS&VHFantennas Battery Internalrechargeablebattery Dimensions: 350mmx63mmmax.(HxD) Weight: 250g(AtoNExpressunitonly) Mountingbracket Min/maxpolediameter:25mmto55mm VHFTransceiver Transmitter x1 Frequency 156.025to162.025MHzin25kHzsteps GPS GPSReceiver&Antenna Channels 50 IEC61108‐1 Compliant InternalGPSantenna 4 AISstandards IEC62320‐2 Edition 1 2008‐03 IEC standard, AIS AtoN Stations ITU‐R

M.1371‐5UniversalAISTechnicalCharacteristics EnvironmentalstandardIEC60945:2002‐08 ProductSafety EN60950‐1:2006,+A11:2009+A1:2010+A12:2011 GPSperformance IEC61108‐1:2003‐07

Systemcomponents

AISAtoNType1 ConnectorskitforTungsten GPSAntenna VHFAntenna IP68Enclosure Rechargeablebattery65Ah

Hardwareequipment

‐

Software

‐



Pictures

Figure68:AtoNExpressAidtoNavigation(source:http://www.srt‐marine.com/)

ContactInformation

SRTMarineTechnologyLtd

WirelessHouse,WestfieldIndustrialEstate,MidsomerNorton,BathBA34BS,UK

T:+44(0)1761409500

F:+44(0)1761410093

E:enquiries@srt‐marine.com

Web:http://www.srt‐marine.com/

Annexes

Onlinebrochures

http://www.srt‐marine.com/pdf/ais‐aton‐express‐transceiver/

http://www.srt‐marinesystems.com/wp‐content/uploads/2014/04/418‐0012‐AtoN‐Express‐Aid‐to‐Navigation.pdf

11.4. TIDELANDSIGNALCORPORATION–V‐Track™V10Informer™

Generaldescription

V‐Track™V10Informer™isanAISinformationproviderandremotemonitoringsystemforuseonmarineaidstonavigation(AtoN)andotherstructures.TheV10Informer™isavailableintwooptions:“Type1”isatransmitteronlydevice,and“Type3”isatransmitterandreceiverdevicethatcanalsobeusedasanAISrepeater.FormostapplicationsatransmitonlydeviceprovidestheidealAISAtoNsolution.

Features

PROGRAMMINGSOFTWARE

TheV10Informer™issuppliedwithacomprehensivesoftwareapplicationthatenablesyoutoprogramtheunitviaanRS232interface.

REPEATEROPTION

TheV10Informer™"Type3"hasthecapabilityofrepeatingthestandardsupportedAISAtoNmessages



forpredeterminedMMSInumbers.Inits"Type3"option,theV10informer™canalsobecontrolledovertheVHFdatalink(VDL).Thisisallpossiblethroughtheconfigurationsoftware.

Applications

Inlandwaterways‐Riverbuoys


IPRating IPx6andIPx7 Designation AutomaticIdentificationSystem(AIS)forAtoN PowerSupply 12VDCnominal Type1PowerConsumption FATDMA<0.288Ah/day* Type3PowerConsumption FATDMA<0.432Ah/day*

At12.5W,reportinginterval3minutes TemperatureRange ‐20oCto+55oC Message21Content MMSINumber,NameofAtoN,Position,PositionAccuracy,RAIM

Indicator

TypeofPositionFixingDevice,TimeStamp,DimensionofAtoN, TypeofAtoN

Virtual AtoN Target Flag, 8 bits reserved for regionalapplication

Systemcomponents

AISAtoNType1 Connectorskit GPSAntenna VHFAntenna IP68Enclosure Rechargeablebattery

Software

‐

Pictures

Figure69:V‐Track™V10Informer™(source:http://www.tidelandsignal.com/)



ContactInformation

UNITEDKINGDOM

BurgessHillOffice

KendallHouse,VictoriaWay

BurgessHillSussexRH159NF

Phone:+44(0)1444872240

Fax:+44(0)1444872241

GtYarmouthOffice

SignalHouse,MortonPetoRoad

Gt.Yarmouth,NorfolkNR310LT

Phone:+44(0)1493441711

Fax:44(0)1493440322

Web:http://www.tidelandsignal.com/

Annexes

http://www.tidelandsignal.com/2014/data/racon‐ais/v10‐informer‐rev01.pdf

11.5. AlltekMarine–Mando301/303

Generaldescription

AMECMANDO‐301/‐303isanAISAtoN(AidstoNavigation)equipmentthatprovidesaccurateandrealtimeinformationtonearbyvesselsandshorestations.MANDO‐301isatype1,andMANDO‐303isatype3model.

TheMANDOseriespreventscollisionsbytransmittingpositionofafixorafloatingAtoN.Ithastheabilitytotransmitmeteorologicalandhydrologicaldatawithproperadditionalsensorsinstalled.

MANDO is designed with state‐of‐the‐art technologies to offer users many possibilities with ease ofintegration.Asa first intheclass,MANDO‐303supportschainingfunctionswhichhasbeensuccessfullyapprovedbyBSH.Toextendtransmissionrange,thefeaturehastheabilitytochainseveralunitstocoverawiderareaanditdefinitelybringsflexibilitiesinimplementations.

Features

‐

Applications

‐


APPLICABLESTANDARDS

IALAA‐126 IEC61162‐1 IEC60945 IEC62320‐2 IEC61108‐1 ITU‐RM.1371‐3



GPSRECEIVER

ReceivingChannels 50channels Tracking&NavigationSensitivity ≧‐159dBm ReacquisitionSensitivity ≧‐159dBm HorizontalPosition ＜2.5mAutonomous

＜2.0mSBAS ReceiverType SBAS:WAAS,EGNOS

MSAS,GAGAN

TRANSMITTERPERFORMANCE

TXFrequencyRange 156.025MHz~162.025MHz FrequencyAccuracy ±500Hz ChannelSpace 25KHz ChannelProtection 1Secmaxonair Modulation GMSK/FM DataRate 9,600bps TXPowerControl 2/5/12.5Watt(programmable) CarrierPowerError ±1.5dB(normal) NominalImpedance 50Ω

RECEIVERPERFORMANCE(MANDO‐303only)

NumbersofReceivers 2 RXFrequencyRange 156.025MHz~162.025MHz Sensitivity PER20%at‐107dBm DataRate 9,600bps PER 20%at‐107dBm Co‐ChannelRejection 10dBat1KHzoffset AdjacentChannelRejection 70dBat25KHz NominalImpedance 50Ω

Systemcomponents

AISType1 AISType3 Connectorskit VHFAntenna GPSAntenna IP68Enclosure Rechargeablebattery

Software

‐



Pictures

Figure70:Mando301/303(source:http://www.alltekmarine.com/)

ContactInformation

AlltekMarineElectronicsCorporation

14F‐2,No.237,Sec.1,DatongRoad,XizhiDistrict,

NewTaipeiCity,22161,Taiwan

Tel:+886286918568Fax:+886286919569

Web:http://www.alltekmarine.com/

Annexes

http://www.alltekmarine.com/upload/d1fs211510110837129263.pdf


TheAtoN`schapterwillanalysenewinnovativetechnologies,whichwillcontributestronglytowaterwaymaintenance dailywork and to high quality services. Chapter contain general description of types andfunctionalities, technical specification and performances of AtoNs, also in “FAIRway ‐ State of the artanalysisequipmentsummary”tablearedescribedallsensorsandcomponentsofasystem.



12. ListofpicturesFigure1:VesselForMarkingWaterways(source:AVPoffer).............................................................................................5 Figure2:VesselForMarkingWaterways(source:AVPoffer).............................................................................................7 Figure3:VesselForMarkingWaterways(source:AVPoffer)..........................................................................................10 Figure4:141104‐ProductsheetMuC3713571673.pdf(Source:DamenOffer)....................................................13 Figure5:150520‐ProductsheetMuC2712YN571674GreenMarine.pdf(source:DamenOffer)..................14 Figure6:MuC1908SDYN571578.pdf(source:DamenOffer).........................................................................................16 Figure7:MuC1908SDYN571584Agat(source:DamenOffer)......................................................................................17 Figure8:Titleofthefigure2(source:www.damenshipyardshardinxveld.nl).........................................................19 Figure9:WORKBOAT(source:http://www.set‐schiffbau.de/).....................................................................................20 Figure10:Multi‐FunctionalWorkVessel(source:AFDJ–FeasabilityStudy)...........................................................21 Figure11:Hydrographicsurveylaunches(source:http://www.alumarine‐shipyard.com/)...........................24 Figure12:26CAT‐SURVEY(source:pdffile).........................................................................................................................25 Figure13:30CATAMISurvey(source:30CATAMISurveyProposalRevA.PDF).................................................27 Figure14:BoatHydro(source:http://www.chantiersallais.fr/)....................................................................................28 Figure15:VNFBoat(source:http://www.chantiersallais.fr/)........................................................................................30 Figure16:7.9mSurveyCatamaran‘Galloper’(source:http://www.cheetahmarine.co.uk/)............................31 Figure17:CREHTracer4(source:http://www.cheetahmarine.co.uk/)....................................................................33 Figure18:HydrographicSurvey“CETUS”(source:http://www.cheetahmarine.co.uk/)....................................34 Figure19:SurveyCatamaran1706“LIDA”(source:BN1537Hardinxveld.pdf)......................................................36 Figure20:SurveyCatamaran1706“LIDA”(source:prodbladSTe1504.pdf)..........................................................38 Figure21:STANTENDER®1505(source:STe1505.pdf).................................................................................................40 Figure22:STANTENDER®1504"H01"(source:www.damenshipyardshardinxveld.nl).................................43 Figure23:TRIDENT720CT(source:FAIRwaymarketstudyTrident720CTboat‐HU.pdf).............................44 Figure24:MZB750Cabin(source:Messboote.pdf)..............................................................................................................46 Figure25:MSBoat–C690Cabin(source:http://msboat.com/)....................................................................................48 Figure26:SONARMITEv4.0MTX(source:http://www.ohmex.com/).......................................................................50 Figure27:ECHOTRACCV100(source:http://odomhydrographic.com)....................................................................52 Figure28:MIDASSurveyorv2A(source:http://www.valeport.co.uk/).....................................................................54 Figure29:ATLASDESO350M(source:http://www.atlas‐elektronik.com/)..........................................................56 Figure30:T141(DualFrequencyandDualBeam)(source:http://www.neptune‐sonar.co.uk/)..................58 Figure31:340Series(DualFrequency)(source:http://www.neptune‐sonar.co.uk/)........................................60 Figure32:EA440Echosounder(source:http://www.km.kongsberg.com/)...........................................................61 Figure33:EM2040MultibeamEchosounder(source:http://www.km.kongsberg.com/)................................64 Figure34:SeaBatT20‐P(source:http://www.tv.reson.com)..........................................................................................67 Figure35:GeoSwathPlusCompact(source:www.km.kongsberg.com)......................................................................69 Figure36:ATLASFANSWEEP20(source:www.atlashydro.com).................................................................................71 Figure37:IMAGENEXDT101MULTIBEAM(source:http://www.imagenex.com/)..............................................73 Figure38:SeaBeam1180/1185(source:http://www.elac‐nautik.de/)...................................................................74 Figure39:SONIC2020(source:http://www.r2sonic.com/)............................................................................................76 Figure40:SEABEDPS‐120006‐5(source:http://web.norbit.no/)................................................................................78 Figure41:SEABEDPS‐140001‐3(source:http://web.norbit.no/)................................................................................80 Figure42:MB1(source:www.odomhydrographic.com)....................................................................................................82 Figure43:PS‐120005‐12(source:http://web.norbit.no/)..............................................................................................84 Figure44:PS‐120006‐9(source:http://web.norbit.no/).................................................................................................86 Figure45:MB2(source:www.odomhydrographic.com)....................................................................................................88 Figure46:HYDROCHART3500(source:http://www.l‐3mps.com/)...........................................................................90 Figure47:6205:CombinedBathymetry&SideScanSonar(source:http://www.edgetech.com/)...............91 Figure48:RiverSurveyorS5andM9(source:www.sontek.com)...................................................................................94 Figure49:RiverRayADCP(source:http://www.teledyne‐reson.com/).....................................................................96 Figure50:StreamProADCP(source:http://www.teledyne‐reson.com/)..................................................................98 Figure51:EDGETECH–3200(source::http://www.edgetech.com/)....................................................................100 Figure52:ECHOES10000(source:https://www.ixblue.com).....................................................................................102 Figure53:GeoPulseSubBottomProfiler(source:www.km.kongsberg.com).......................................................104 Figure54:BOKUSedimentsampler(source:BfGKoblenz)............................................................................................105 Figure55:HYDRO‐BIOS–437332BottomSampler(source:http://www.hydrobios.de)..............................107 Figure56:D401SMARTGUARD(source:http://www.aanderaa.com/)...................................................................109



Figure57:SitransPMPSTransmitter(source:http://www.siemens.com/entry/cc/en/)..............................111 Figure58:CS451PressureTransducer(source:www.campbellsci.co.uk)..............................................................113 Figure59:OTTCBS‐CompactBubblerSensor(source:http://www.ott.com/)..................................................116 Figure60:DJI–PHANTOM3(source:http://www.dji.com/).......................................................................................118 Figure61:DJI–InspirePro1(source:http://www.dji.com/)......................................................................................120 Figure62:SuperHeroGEOX4/X8RTF(source:http://onedrone.com)...................................................................122 Figure63:eXom(source:https://www.sensefly.com).....................................................................................................124 Figure64:ZX5(source:http://uas.trimble.com/)..............................................................................................................126 Figure65:UX5(source:http://uas.trimble.com/)..............................................................................................................129 Figure66:TungstenAISAidtoNavigation(source:http://www.srt‐marine.com/)..........................................131 Figure67:CarbonAISAidtoNavigation(source:http://www.hydrosphere.co.uk)..........................................133 Figure68:AtoNExpressAidtoNavigation(source:http://www.srt‐marine.com/)..........................................135 Figure69:V‐Track™V10Informer™(source:http://www.tidelandsignal.com/)...............................................136 Figure70:Mando301/303(source:http://www.alltekmarine.com/).....................................................................139