sportcruiserthese emergency procedures are valid for standard wood.comp klas sic 17013/r three...

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Revision: - SportCruiser i S S p p o o r r t t C C r r u u i i s s e e r r Pilot’s Operating Handbook Airplane Registration Number: N107BK Airplane Serial Number: 09SC284 Date of Issue: 0412009

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Page 1: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

Revision: -

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SSppoorrttCCrruuiisseerr

Pilot’s Operating Handbook

Airplane Registration Number: N107BK

Airplane Serial Number: 09SC284

Date of Issue: 0412009

Page 2: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

Revision: -

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Date of Issue: 0412009

Page 3: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

Revision: -

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SSppoorrttCCrruuiisseerr aaiirrccrraafftt iiss ddeessiiggnneedd aanndd mmaannuuffaaccttuurreedd bbyy::

Czech sport aircraft a.s. Na Záhonech 1177/212, 686 04 Kunovice

Czech Republic

Website: www.czechsportaircraft.com

E-mail: [email protected]

Phone: +420 576 514 034 (Sales Dept.)

Fax: +420 576 519 394

Date of Issue: 0412009

Page 4: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

Revision: -

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Date of Issue: 0412009

Page 5: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

Pilot Operating Handbook �-

.. --

1.2 Record of revisions - ) -

Affected pages Reason for revision Date of Issue Signature ·;;

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1.0 All Initial 01/2007 CH.W.E.

Pilot static probe change. 2.0 All Valid for Pilot static probe 12/2007 CH.W.E.

"AVIATIK" WA037383 only!

Control surfaces defie.::tion, 2.1 II.II formal faults removal. 0i/20J8 CH.W.E.

Valid for Pilot static probe

-"AVIATIK" WA037383 only!

3.0 All Reissue 04/2009 \t�\

Date of Issue: 0412009 t?evi,,on: 3.0

1-3

Page 6: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 7: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 8: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 9: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 10: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 11: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 12: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 13: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 14: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 15: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 16: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 17: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

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Pilot Operating Handbook II -- Minimum instruments and equipment list for VFR flights:

- Airspeed indicator

-- Altimeter

- Compass (is not required by ASTM F 2245)

- Fuel quantity indicator

-- Tachometer (RPM)

- Engine instruments as required by the engine manufacturer :

- Oil temperature indicator

- - 01/ pressure indicator

- Cylinder head temperature indicator

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Date of Issue: 04/2009 Revision: 3.0

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- Attitude indicator- Instrument lights- Position lights- Anti-collision light- Landing light

Additional instruments and equipment list for Night VFR

flights:

- Safety harness for every used seat

Page 18: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 19: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 20: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 21: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 22: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

II -Pilot Operating Handbook •

2.6 Opf!rating weights and loading

Empty weight (standard equipment) .................... 760 {lb] (345 {kg])

NOTE

...... Actual empty weight is.sh own in_Section 10. SupplP.ment No. 02 ..... .

LSA Max. take·off weight... .................................. 1 320 {lb] (600 {kg])

Max landing weight.. ............................................ 1 320 {lb] (600 {kg])

Max. weight of fuel .............................................. 180 {lb] (82 {kg])

Max. baggage weight in rear fuselage ................. 40 {lb]

Max. baggage weight in each wing locker .......... 44 {lb]

WARNING

(18 [kg])

(20 {kg])

Do not exceed maximum take·off weight 1 320 {lb] (600 {kg]) i

Number of seats ...................................... 2

Minimum crew ......................................... 1 pilot on the left seat

Minimum crew weight... ........................... 95 {lb] (43 {kg])

Maximum crew weight ............................. see Section 10 Supplement No. 02

Date of Is sue: 04/2009 Revision: 3. 0

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Page 23: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 24: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 25: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 26: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 27: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 28: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 29: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 30: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 31: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 32: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

II � Pilot Operating Handbook

5. PERFORMANCE

The presented data has been computed from actual flight tests with the aircraft and engine in good cond1t1or.s and using average piloting techniques.

If not stated otherwise, the performance stated in this section is valid for maximum take-off weight and under ISA conditions. The performance shown in this seciion is valid for aircraft fitted with given ROTAX 912 ULS 98.6 [hpj (73.5 [kV'l}j engine and WOODCOMP KLASSIC

17013/R propeller.

CAUTION

Airspeeds values are valid for standard AV/A T/K WA037383 pitot-static probe.

Date of Issue: 04/2009 Revision: 3.0

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Page 33: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

� Pilot Operati,-g Handbook

5.1 Take-off and landing distances

Tak e-off distances:

\ RUNWAY Take-off run distance Take-off distance ovet

SURFACE 50 ft obstacle

ft ft

CONCRETE 328 820

GRASS 361 918

Landing distances:

RUNWAY Landing distance over Landing run distance

SURFACE SO.ft obstacle (braked)

ft ft

CONCRETE 591 180

GRASS 558 197

5.2 Rate of climb

Conditions:

Max. continuous power: Best rate of Rate of climb 5500[rpm] climb speed Vz

Max. take-off weight: 1 320 [lb] (600 {kg]) knot mph ·tpm

0 ft 65 75 1200

3000 ft _§§___ 75 850

6000 ft 60.-: 70 550

9000 ft 55 63 315

Date of Issue: 04/2009 Revision: 3. O

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Page 34: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

� Zf, Pilot Operating Handbook

5.3 Cruise speeds

Altitude Engine

IAS CAS speed

ft rpm knot mph knot mph

4200 77 89 77 88

4500 86 99 85 98

4800 95 109 93 107

1000 5000 101 116 98 113

5300 110 126 106 122

5500 116 133 111 128

5800 125 143 119 137

4200 75 86 75 86

4500 83 96 82 94

4800 92 106 90 104

3000 5000 97 112 95 109 -

5300 106 122 103 118

5500 112 129 108 124

5800 120 139 116 133

4200 72 83 72 83

4500 80 92 79 91

4800 88 101 86 99

5000 5000 94 108 92 106

5300 102 1'/7 99 114

5500 107 124 104 120

5800 116 134 112 129

4200 69 79 70 80

4500 77 88 77 88

4800 84 97 83 96

7000 5000 90 103 88 101

5300 97 112 95 109

5500 103 118 100 115

5800 111 127 107 123

4200 65 75 66 76

4500 73 84 73 84

4800 80 93 80 92

9000 5000 85 98 84 97·

5300 93 107 91 104

5500 98 112 95 109

5800 105 121 102 117

Date of Issue: 0412009 Revision: 3. 0

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Page 35: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 36: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 37: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

-Pilot Operating Handbook

SECTION 6

6. EMERGENCY PROCEDURES

6.1 Engine failure 6-2

6.2 In-flight engine starting 6-3

6.3 Smoke and fire 6-3- 6.4 Glide 6-5

6.5 Landing emergencies 6-5

6.6 Recovery from unintentional spin 6-7

6.7 Other emergencies 6-7

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Date of Issue: 0412009 Revision: 3.0

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Page 38: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

Pilot Operating Handbook

6. EMERGENCY PROCEDURES

This section provides checklists and amplified procedures for coping with various emergenci�s that may occur. Emergencies caused by aircraft or engine malfunction are extremely rare if proper pre-flight inspections and maintenance are practiced.

However, should an emergency arise, the basic guidelines described in this section should be considered and applied as necessary to correct the problem.

CAUTION

Airspeeds values are valid for standard AVIATIK WA037383 pitot-static probe.

These emergency procedures are valid for standard WOOD.COMP KLAS SIC

17013/R three composite blade in ground adjustable propeller.

6.1 Engine Failure

6.1.1 Engine failure during take-off run

1. Throttle - reduce to idle

2. Ignition switch - switch off

3. Apply brakes

6.1.2 Engine failure during take-off

1. Speed - gliding at 60 [knot} (70 [mph])

2. Altitude - below 150 [ft]: land in take-off direction- over 150 [ft]: choose a landing area

3. Wind - find direction and velocity

4. Landing area - choose free area without obstacles

5. Flaps - extend as necessary

6. Fuel Selector - close

7. Ignition switch - switch off

8. Safety harness - tighten

9. Master switch - switch off before landing

10. Land

Date of Issue: 04/2009 Revision: 3. 0

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Page 39: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 40: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 41: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 42: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 43: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 44: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 45: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 46: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 47: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 48: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 49: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 50: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 51: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 52: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 53: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 54: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 55: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 56: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 57: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 58: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 59: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 60: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 61: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 62: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 63: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 64: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 65: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 66: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 67: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 68: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 69: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 70: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 71: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 72: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 73: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

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-Pilot Operating Handbook · Supplement No. 01 II

Aircraft Flight Training Supplement

The SportCruiser flying characteristics and behavior are similar as the other single engine aircraft. Following training procedure is applicable if the pilot is holder of PPL or LSA Pilot License. The training flight hours are recommended minimum and depends on the Flight Instructor if student pilot is ready to continue on in next training step. Training can be performed by Flight Instructor or by the experienced pilot who has minimum 20 hours on the SportCruiser.

Type Rating Training Procedure:

Ground Training - before practical Flight Training the pilot has to get familiar with following procedures and documentation

• Pilot Operating Handpook (POH)• Aircraft Maintenance and Inspection Procedures• Aircraft preflight inspection procedure• Control Checklists• Radio, avionics, aircraft and engine controls procedures• Differences in control and aircraft handling

• Emergency procedures

Date of Issue: 0412009

1 of 3

Revision: 3.0

Page 74: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 75: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 76: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure
Page 77: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

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---Pilot Operating Handbook· Supplement No. 02 II

AIRCRAFT SPECIFICATION

Aircraft Registration number :

Aircraft Serial Number : 09SC284

This Supplement must be contained in the Pilot Operating Handbook during operation of the airplane.

Information contained in this Supplement add or replace information from the basic Pilot Operating Handbook in the further mentioned parts only. Limitations, procedures and information not mentioned in this Supplement are contained in the basic Pilot Operating Handbook.

This Supplement adds information necessary for airplane operation with equipment installed in the airplane.

Date of Issue: 0612009 Revision: 0.0

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II Pilot Operating Handbook • Supplement No. 02

2. AIRPLANE AND SYSTEMS DESCRIPTION

2. 1 Airplane description

Cockpit

Instrument panel layout of SportCruiser aircraft s/n : 09SC284

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 23 38

Date of Issue: 0612009 Revision: 0.0

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(

-Pilot Operating Handbook· Supplement No. 02 I)

Description of instrumentation and controls in the cockpit

1 Parking brake 20 Engine hours counter

2 Aileron trim indicator 21 Ignition switch

3 Elevator trim indicator 22 Electric tum coordinator

4 Airspeed indicator 23 PTT I elevator trim I aileron trim buttons

5 Electric directional gyro 24 Switches

6 Electric attitude indicator 25 Transponder

7 Vertical speed indicator 26 PS Engineering Intercom

8 Altimeter 27 Flaps control switch

9 Transceiver 28 Flaps position indicator

10 GPS 29 Throttle

11 Compass 30 Choke

12 Fuel pressure gauge 31 Fuel selector valve

13 Engine RPM indicator .32 Socket 12V - 14 Fuel pump operation lamp 33 Carburetors preheating

15 Oil pressure gauge 34 Cabin heating

16 Oil temperature gauge 35 Circuit breakers

17 Low voltage warning light 36 Fuel quantity indicator - LH tank -- 18 CHT indicator 37 Fuel quantity indicator -RH tank

19 Voltmeter 38 EL T control unit

Date of Issue: 0612009 Revision: 0.0

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Page 80: SportCruiserThese emergency procedures are valid for standard WOOD.COMP KLAS SIC 17013/R three composite blade in ground adjustable propeller. 6.1 Engine Failure 6.1.1 Engine failure

Pilot Opernii119 Ha11dbook · Su�lement No. n2

Instruments and Avionics

• AS/, ALT, VS/

• Compass • Electric tum coordinator • Electricn directional gy:o ,. Electric atcitude indicator• Garmin SL40 transceiver ,, ,'>S Engineering PM30C0 stereo intercof"' o Garmin GTX327 transponder • l':ing AK350 alti!ude encoder• Artex M:=406 EL T, Antennas • AirG1zmos, Sarmin 2�6 GPS

• Engine RP1i4 indicato,• Oil pressure an:J :emper;,t,11;:; 0·aL>g0.<-• Fuel pre,S'.Jre a111 .. · qua,,tity 9auges• CHT indicator, Voltme.e.-• Engine hours counter

MiscP.i!anec:.:s equipment

� G -205 tri,n cc111trol a,1d PTT on tne, 0n'ro1 ·, 1;L:lq; & Trirrs em:t f!:;;µs elec/ric<c.1.'y actu;:;ced

Kuntzieman strobelna·, l,,;hts • Landmg light in cowl • Adjuslable pedals • Dual hydraulic brakes • Parking brake • Wheel fairings tricycle • Carburetors preheating • Cabin heating • Leather upholstery

• Metallic paint

NOT£

For operating instructions refer to the doci:mentation supplied with the instruments.

Date of Issue: 06/21)09 Revision: 0.0

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...

!;<r>V",i • -�-­�,,-" ��;, ..

Pilot Operating HandbOllk • SL!pplement No, 02

2.2 Engine

Coolant

2.5 Oil

Type of coolant used in engine:

Specification: ASTM D 3306, WI/ TL 774C

Mixture ratio coolant/ water : 50/50 [%]

Max. coolant temperature : 248 [°FJ (120 (°C])

Type of oil used in enwne:

AeroShell Oil Sport P,tu� 4

SAE: 10\N-40 API: SL

,.

Date of Issue: 0612009

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4. \IVEIGHT AND BALANCE: iNFORMAT!OM

4.1 Installed equipment list of SportCr11!ser aircraft sin: 09SC284

0

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Rotax 912 UL$ with airbox

Woo, ic;.np KLASSIC 17013/R Air;,peed indicat0r Altimeter

Verlica: speed indicator Compass 4tt,tude electric indicator

Electric tum coDrdin::>tor Elec1rr directional gyro

Garmin SL4? .r.,-:sceivAt

engine

propeller

& PS Er,gineennr1 P/1111000 51% , intercom • Gam1in GTX327 transponder0 l�:ng A'(.'350 -?i'. wc..1 anco,-:;

Artex MEAO(, El T• Airgizmos, Can- ·iri ·:-95 C';''J� , 1/sn,:as

" Engine RP�h ::1rJ:,;aftlr o Oil pressu1� and tempera: --a qaugesA CHT ina,cator• Fuel pressuru and quantity ga1.ges• Voltmeter

Engine hours counter

s-ir 5'152581S/11: 91J2683R

• G -205 trim control and PTT on the con!ro/ sricl,sTrims and flaps eJ,ectrical!y actuated

• Kuntzleman wing iip strobE•l'10'1. lights

"

Landing light in cowlAdjustable pedalsDual hydraulic brakes

Parking brakeWheel fairings lricycle

Cabin heatingCarburetors preh<Jating

Leather upholsteryMetallic paint

Date of lssu0· ;Jt3/20C1

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