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SIMULATION PRODUCTS
w w w . a r i s i m u l a t i o n . c o m
YOUR WORLD - OUR WORLD
ARI Simulation is a global leader in the production of sophisticated simulation and virtual reality training solutions for the marine, energy, construction, airport and defense industries.
Welcome to ARI
Our simulators have been designed and built to meet all applicable standards recommended by relevant international statutory and industry bodies including IMO, STCW 2010, The Nautical Institute, OPITO, AMERC, IMCA and others. Our marine, offshore and crane products have been audited and certified to the highest Class A Standard by DNV-GL.
We sold our first simulator 20 years ago and in the years since then we have successfully delivered and commissioned more than 1000 large scale simulation systems for clients all over the world.
Our customers today include key industry leaders in each of our markets.
Developing customised solutions has always been one of our key strengths and we have created some of the most exacting simulator recreations of our clients’ own equipment, machinery, ships and geographies in the large number of customised simulator solutions we have delivered.
Our customer focus and attention to detail is reflected in our commitment to quality in everything we do.
Training people is your priority;
Making it possible is ours.
T E S T E D • C E R T I F I E D • A U D I T E D • P R O V E N
MARINE OFFSHORE CRANE DRILLING
SUBSEA DEFENCE AIRPORT VIRTUAL REALITY
The ARI Offshore Suite is a group of simulator products that cater to the particular challenges of training, competency assessment and skills development in the offshore energy industry.
Offshore Simulation
This industry, with it’s unique demands and challenges requires specialized, specific training solutions that allow personnel to be immersed into the complex environment of the offshore world.
The ARI Offshore Simulators have been built to comply with the requirements of IMCA, The Nautical Institute and UKOOA. Our Offshore Bridge, Offshore Crane and DP Simulators have been audited and certified by DNV-GL to the highest Class A Standard.
Our Offshore products can be deployed to fulfil a variety of roles including induction training, skills development, competency assessment, operator screening, orientation, mission rehearsal, operational resource management, emergencies and crisis management.
Scalability is an important part of future proofing our customer’s investment. Our products are versatile and can be scaled up from a lower cost desktop or portable solution right up to a full scale full mission installation on an upgrade cost basis, protecting client’s investments along the way.
The ARI Offshore Bridge Simulator recreates the complete experience of operating on the bridge of an offshore vessel, with both fore and aft bridge stations coupled with an extremely high level fidelity visual system.
Our Multifunctional Offshore Bridge Simulator delivers an immersive virtual reality experience so real you’ll believe you are actually there. A broad range of offshore vessels can be provided in the system including fully functional PSVs, AHTSVs, MPSVs, MSVs and more. These vessel models are available with a variety of control and propulsion systems including conventional telegraphs, azimuth controls, Z-drives, thrusters and joystick controls.
Bridge Simulator
Another pioneering innovation is the integration capability in our offshore suite. This allows individual products to be interconnected and fully integrated, bringing true mission rehearsal training capabilities across multiple workgroups, vessels, ROVs and crane vessels cooperating in a single exercise. These features bring for the first time, near real time simulation training into the domains of offshore construction, salvage, subsea intervention, IMR and other more complex disciplines.
We have a strong offshore pre-sales technical team who will be delighted to explain any details in more depth and answer any queries you may have.
OFFSHORE BRIDGE OPERATIONS
OFFSHORE CRANE
DRILLING SIMULATOR
SUBSEA / ROV SIMULATOR
DYNAMIC POSITIONING
MACHINERY OPERATIONS
The ARI Dynamic Positioning Simulator provides a powerful platform for DP training and certification that fully complies with NI and DNV-GL to the highest Class A Standards.
The ARI DP Simulator is a scalable product that can be provided as a standalone trainer in a classroom, a multi - station configuration or integrated into the ARI Offshore Bridge Simulator where it can deliver the complete experience of DP/DP-2 or DP-3 operations in a bridge environment.
We work closely with several DP equipment manufacturers and can offer simulator solutions in which OEM DP systems are interfaced to our simulator for those clients that require real DP systems for their training programs.
DP Simulator
The ARI Anchor Handling Simulator is an add on module for the offshore bridge simulator providing complete anchor handling capabilities supporting basic and advanced AH operations.
Anchor Handling Simulator
The simulator provides a richly detailed, physics based simulation of the anchor handling process: from transmission of the anchor pattern, interpretation and planning; picking up pennant wires and anchors to deployment and retrieval of anchors in position.
A full set of winch controls are provided which operate in parallel with the vessel handling control systems. Single and multiple vessel missions can be executed.
MULTIPLE VESSELS | COMPLEX MISSIONS
The ARI Offshore Crane Simulator is a tool for the training, assessment and competency development of offshore crane operators and supports a wide variety of offshore cranes in use today.
The ARI Offshore Crane Simulator is housed in a replica of the crane operating cab, fitted with a high fidelity visualisation system to deliver a fully immersive experience to the trainee.
Available crane models include pedestal, knuckle boom, box boom, ringer and subsea heave compensated crane. The simulator has been certified by DNV-GL to the highest Class A Standards, fully compliant with OPITO approved standards and encapsulates the API standards for crane types.
Crane Simulator
The ARI Machinery Simulator recreates the propulsion and machinery plant of an offshore vessel providing a comprehensive platform for training and assessment of operating personnel.
The ARI Machinery Simulator simulates all the machinery related processes of an offshore vessel and fully supports conventional and diesel electric azimuth propulsion systems. The system also supports offshore systems such as FIFI, cargo handling systems, hydraulic system controls and implements a complete power management system.
The entire machinery space of the vessel, with all equipment, machinery and controls is also available in 3D and can be used as a separate familiarization platform or in a fully interactive mode linked to the running simulation.
Machinery Simulator
ARI sets an industry benchmark by providing exceptionally realistic, immersive and interactive virtual environments. The fidelity of the mathematical and physics models combined with ARI’s real time visualization presents a ‘near real’ experience for the trainees.
ARI Simulation offers scalable simulation solutions that range from standalone table-top simulators to fully integrated, large scale simulation systems that allow for combined training across multiple simulators. The successful outcome of an operation depends heavily on multiple teams working together in close coordination and cooperation.
The ARI Marine Simulation product portfolio covers the entire range of marine operations including Bridge, Engine, Cargo and Communication.
Marine Simulation
Integrated Simulation SolutionsAn Integrated Simulation Solution allows for simultaneous large scale training activities interconnecting various teams in one scenario, across one or more entities.
Such an integrated simulation infrastructure can comprise a number of functional simulators including full mission navigational bridges, engine room simulators and liquid cargo handling simulators incorporating multiple vessel types, seamlessly integrated in a unified virtual environment. This solution provides an ideal platform for extensive team building exercises & role playing functions across the virtual shipboard environments including shore based elements. Co-ordinated responses to emergency and crisis situations can be rehearsed providing valuable investments in critical areas of training.
Each individual simulator retains its own complete set of working characteristics and can be used individually or in combination with any number of other simulators either within the facility, or connected to a dedicated network linking multiple installations in different physical sites. All components retain their modular nature allowing for easy expansion and upgrade.
ARI Simulation offers design, build and installation services in the establishment of Integrated Simulation Complex facilities to Enterprises, Defense Establishments and Training Centers on a turnkey basis.
270O Bridge Simulation
Bridge Wings
Crane Simulator
ROV Simulator360O Offshore DP Simulation
Part Task Navigation Simulation
Engine and Propulsion SimulationProcess and Cargo Handling Simulation
Unified Simulation Command Centre
Tug Simulator
The ARI Full Mission Ship Maneuvering Simulator is designed, built and installed in accordance with the requirements of IMO, STCW 2010 and is approved by DNV-GL to the highest Class A Standards.
It is a complete maritime navigation training solution for all training needs related to navigation and ship handling. The elements include RADAR-ARPA, ECDIS and navigational equipment. Training is conducted in a compelling immersive atmosphere with full visual, instrument and aural clues available to the trainees.
ARI’s Navigation Simulators are available in a large number of configurations ranging from tabletop and part task trainers to large scale installations with 360o field of view with various navigation equipment integrated into the simulation systems.
The Navigation Simulators fully provide for specialized navigation operations such as Integrated Bridge Systems, Ice Navigation, Ship-to-Ship operations, SBM operations, VTIS operations and others as required to meet specific training and assessment requirements.
The Simulator can be equipped with a novel ‘Bridge Wing’ system that adds a completely new dimension of realism to Ship Maneuvering Training. The Trainee can ‘step onto’ the Bridge Wing and get a closer look at the ship side, for assisting in berthing scenarios and for intricate maneuvers such as ship-to-ship operations. The Bridge Wing environment provides a significantly higher sense of physical realism and immersiveness and offers an accurate visual perspective as would be available onboard adding to overall accuracy in situational awareness.
Navigation Simulation
Navigating Bridge Wing Simulation
The ARI Tug Handling Simulator provides an excellent training platform for both new and experienced tug operators to improve their tug handling skills and practice for emergency maneuvers and response. Available in multiple configuration types, the simulator closely resembles the layout and equipment of a modern tug maneuvering station and navigating bridge. Multiple tug types, including ASD tugs, are available in the vessel library and the sophisticated behavioral model ensures that complex tug maneuvers are performed to a high degree of accuracy and reliability under a variety of environmental and operational conditions.
The ARI GMDSS Simulator provides complete operational training in communication using GMDSS equipment as found on marine mobile and offshore units. The simulator complies with the Performance Standards for Simulators as defined in Section A-I/12 and B-I/12 of STCW 2010 and DNV–GL to the highest Class A Standard. Specific configurations are AMERC approved.
The ARI GMDSS Simulator provides an operating environment for the trainee similar to that of operating a GMDSS station on a modern ship. It is suitable for the purpose of training navigators at all levels, for handling distress and routine communication at sea using satellite and terrestrial communication equipment.
Tug Simulation
GMDSS Simulation
The ARI Full Mission Engine Room Simulator is a multi- functional training solution suitable for training Marine Engineers at Watch-Keeping, Operational and Management levels.
Engine | Propulsion | Machinery Space
Simulation of specialized systems such as High Voltage, Power Management, Fire Fighting and Offshore vessel specific sub systems for the handling of mud, brine and cement are also available.
A 3D Immersion Station provides a real time immersive and interactive 3D environment in which the user can move through the virtual engine room and carry out the tasks related to machinery operations and watch keeping just as these are performed inside the vessel’s engine room.
3D Immersion Station
Multiple propulsion and engine room types are modeled including slow, medium & high-speed diesel engines, electric propulsion, azimuth propulsion, waterjet engines and others. The engine room comprises a Main Engine Control Room, Electrical Switch Board, and Simulated Machinery Space including a Mimic Pipeline Panel, and Local Operating Stations.
The simulator is an advanced training solution for officers at the operational and management levels. It is a scalable solution starting with a single PC instructor-less solution ranging up to full mission configurations comprising cargo control consoles, instructor stations, mimic pipeline panels and more.
The ARI Liquid Cargo Handling Simulator is considered to be amongst the most versatile and flexible training tools of its kind in the world. The model library includes Oil Tankers, VLCC, Product Tanker, Chemical Tanker, LPG Carriers and LNG Carriers. Each simulated vessel is equipped with a fully functional load calculator. The mathematical model that drives fluid behavior in the simulator is exceptionally powerful and ensures that accurate and reliable results are observed under every condition likely to be experienced during vessel cargo operations.
The ARI Liquid Cargo Handling Simulator simulates the real time process flow control systems used in the storage and transfer of potentially hazardous bulk liquids from shore to ship and vice versa, and is capable of being used for training over the full range of situations from routine operations to emergencies with catastrophic potential.
Process and Cargo Handling Simulator
ARI’s range of simulators for Operator Training in the Oil and Gas, Midstream and Downstream industries.
Plant & Process Control Simulator
The simulators provides detailed simulations of the various customised stages and processes involving crude oil handling from pumping, storage and management during transportation, upto and including the crude oil distillation phase. The simulations are based on robust high-fidelity models, offering a dynamic behavior very close to the real process in all transient situations. The result is an Operator Training experience that possesses a high level of realism.
The simulator supports real plant features such as:
• Containment systems
• Pumping & Control systems
• Liquid – Vapour interface models
• Process and Instruments
• Safety & Control Parameters
• Process control operator stations
• Virtual Walthrough capability with interactivity
• Emergency and response
ARI has also developed a 3D Virtual Refinery module. The 3d module enables the operators to take a virtual walkthrough of the refinery. This module is also interactive wherein the user can actually open and close hand-operated valves, start and stop pumps, take field reading, see and hear equipment running, communicate with the control room, etc.
The simulators are available in the following configurations:
• Full Mission Plant and Process Control Simulator
• Intermediate Training Process & Control Simulator
• Basic Training Multi-Functional Classroom
• Emergency Response & Disaster Management Simulator
Drilling and Well Control SimulationThe ARI Drilling Simulator offers a powerful array of simulation training capabilities to those involved in the oil and gas drilling industry.
Using the latest technologies in high-fidelity graphics and engineering simulation, the Drilling Simulator provides a complete and detailed immersive simulation experience of the start-to-finish drilling operations on a virtual rig including pipe-handling, tripping in, tripping out, drilling, mud system operation, cementing operations and well control training.
Combined with the ARI Downhole Simulator, the drilling simulator provides a complete experience from surface tools operations to complex well control scenarios providing a compelling well-control and contingency training environment. Downhole geological parameters can be modified ‘on-the-fly’, enabling instructors to introduce extremely challenging training scenarios.
The ARI Drilling and Well Control Simulator is available in a range of modular configurations, from small scale, portable solutions suitable for remote and on-rig training, to containerized portable solutions to full mission multi trainee solutions suitable for deployment in training centers and academic institutions.
Suitable for use in procedural, operations and well control training, the ARI Drilling and Well Control Simulator provides a completely immersive environment based around the driller and assistant driller workstations in the drillers cabin on the drill floor. With control and monitoring systems that replicate those found on a real rig, including the display and SCADA systems and with virtual CCTV monitoring, training and assessments are conducted in an entirely realistic environment.
The (Virtual) Drill Floor
The mud system simulates the entire mud path and can realistically simulate all necessary parameters.
Mud System
The ARI Drilling and Well Control Simulator includes ARI’s Standard Edition Downhole Model which models pressure, temperature and other conditions in the well into the surface feedback and monitoring systems. Most well control training scenarios can be created using this configuration. For more sophisticated well control applications, ARI offers the Advanced Downhole Module, which supports rheology models, pressure calculations, drill cutting transportation and filter cake formations.
Downhole data can be returned to the surface using LWD or MWD techniques.
Complete well profiles can be defined to provide multi-dimensional training features. Special consideration has been given to the modeling of drill string dynamics with full support for effects like drill string whirling, vibration, twist, torsional stick slip, bit bouncing and more.
Well Control Training Applications
VirtualWellPlan is a module which allows complete well plans to be entered into the system and stored as VirtualWell scenarios. A complete range of geological, pressure and temperature information can be entered and stored into the well plan library in the simulator mission control application. VirtualWellPlan has an easy to use graphical interface and supports vertical, directional and multi-lateral wells and sections.
Virtual Well Plan
The Drilling Simulator Mission Controller System is an integrated software suite providing instructors with the ability to fully control, supervise and monitor the Drilling Simulator. Within this system the instructors can design, build and save their own training exercises; coordinate and manage training sessions; access and modify a large range of operating parameters during a mission; inject faults and failures into an active training session; alter and change
downhole parameters to create challenging and relevant well control situations as well as manage the recording of training missions, assessment of trainees and the post session debriefing and analysis process.
Instructor Features
The ARI ROV Simulator is certified by DNV-GL to the highest Class A Standard, and meets the requirements for Class A simulator according to IMCA guidelines pertaining to ROV simulator classes, their performance and viability for training.
The simulator can be used by ROV manufacturers, operators, oil companies and others for tasks such as field visualization (as built), mission planning, dive plan development / evaluation, as well as subsea equipment design and testing for ROV missions prior to field deployment. As a training tool, the simulator is a vital aid for equipment specific, mission specific or site specific ROV pilot training.
The simulator provides an opportunity for pilots and potential pilots, to gain ample ‘stick time’, without risking ROV systems, tying up expensive field equipment, or causing wear and tear to equipment that could otherwise be employed on jobs offshore.
The simulator is deployed on networked PCs, with distributed processing of simulated camera graphics, sonar data, controls interface, and the hydrodynamic modeling software component. The simulator supports multiple dynamic objects (including two ROV systems), large umbilical lengths (deep water operations) and fully interactive manipulators.
The simulator’s dynamic modeling feature incorporates data from simulated ROV equipment and environment and uses physics-based calculations to produce realistic responses to pilot commands. The ROV Operations Simulator system can be used to simulate the operational duties of an ROV in support of inspection, survey, drilling, installation, commissioning, and other sub-sea intervention activities.
Subsea / ROV Simulation
The simulator includes a large ROV operations simulator control console, allowing training and planning to be performed using operator controls and information screens that are similar to those used during actual subsea missions.
The trainee/pilot is provided with a control interface module as a primary control screen for flight data display and selected user inputs. The simulator can be fully operated either through on-screen controls only (for limited training objectives), or more commonly through a combination of physical controls and on-screen displays (for full training objectives). This control screen is a near replica of OEM console equipment and includes the pilot program and interface software for piloting the ROV.
The hydrodynamic model used in the ARI ROV Operations Simulator is the key to the high degree of behavioral realism. The model provides results that are accurate, consistent and predictable under a multitude of combinations of forces, conditions, objects, situations, and user actions.
The hydrodynamic model fully accounts for all parameters that have any impact on ROV behavior and position, including sea state, current pattern (in vertical and horizontal zones), tether drag (500 m+ of tether can be deployed), vehicle drag, buoyancy (variable with model), hydrodynamic drag of umbilical / TMS combination, thruster inputs (various thrusters operate in combination to provide the requisite position, heading and depth change) and collision impact including tether entanglement.
Control Interface Module
Hydrodynamic Modeling
The ROV Simulator is equipped with a 2D, multibeam, imaging sonar offering a 120° field of view with update rates of up to 30 Hz giving rapid feedback to the user.
The 120° cone in the middle of the display shows the image that the sonar is producing. Around this display are the most commonly used controls.
The Sonar is provided with controls for starting the sonar imaging, starting the software logging of the images received from the sonar, replaying previously logged data, capturing images, selecting the post processing filtering to be applied to the image, selecting the colour palette, adjusting range and gain controls, displays of relevant ROV data and several others.
Camera modules generate the underwater imagery to simulate the video cameras mounted on an ROV and/or TMS. Each camera view can be altered by the user using pan/tilt and focus controls provided, to get the best possible view under the prevailing conditions of field of view, brightness and distortion.
The user has continuous access to a split screen arrangement (quad view)
to observe up to four camera views simultaneously. Any camera view can be individually selected for full screen presentation.
Camera images will appear hazy to simulate the effect of mud kick-up (as a result of hitting the seabed or engaging thrusters while too close to the bottom).
Several dimmable lights are provided to illuminate the subsea areas – lights can be used in combination as required to get the best possible camera view.
Imaging Sonar
Camera Module
ARI offers high levels of flexibility to training providers in selecting the size, type and layout of simulators and equipment modules that will best serve their current and future training needs.
Custom solutions can be built on request – Customization is a key strength of ARI.
Controls used for operation of simulated equipment can be ‘near-replicas’. Alternatively, ARI can use real cabin and controls provided by OEMs and interface software modules to create high levels of immersive realism for simulation training.
Mining Equipment SimulationARI Advanced Virtual Simulation Systems are globally recognized as ‘class leading’ and offer high levels of realism in visualization & behavioral modeling of equipment used in mining.
Universal HEMM Simulator with Cabin and Motion Platform
5 Channel Edition with Motion System
3 Channel Edition2 Channel Advanced EditionAR / VR Edition
An Instructor station offers tools to control and monitor the virtual scenarios. A comprehensive Faults & Malfunctions library is included. The Instructor can create emergency conditions to test trainee reactions.
Instructor-less solutions are also available to overcome space constraints if any.
Integrated solutions are available that allow multiple simulators to operate in tandem. For example Loader and Dumper can operate in an integrated mode in a common scenario, to achieve overall mission objectives.
Pre-configured exercises are available for various equipment modules. Exercises are graded such that trainees can start with simple familiarization functions and move to complex exercises involving multiple obstacles and scenarios. By carrying out a set of exercises, trainee and trainers can identify progress on a continual basis.
Reports of trainee performance assessment can be generated, that help to identify various safety and productivity metrics achieved.
Simulator systems with a range of motion systems can be provided.
Complete range of mining equipment
Dumper
Wheelloader
Dozer
LHD
Tipper
Bucketwheel Excavator
Backhoe
Drill
Excavator
Shovel
Conversion Kits
The ARI Crane Simulators provide a realistic reproduction of the visual, behavioral and operational of various crane types while making the operation of the simulator extremely simple and intuitive for trainees and instructors.
ARI offers a broad range of crane simulators for operational training in all essential aspects of container, offshore and bulk handling operations across various crane types including: QC (Quay Crane), RTG (Rubber Tired Gantry), RMG (Rail Mounted Gantry), SG (Ship Gantry), PC (Pedestal Crane), SC (Straddle Carrier), Mobile Telescopic Boom Crane, Tower Type Construction Crane, Floating Barge Crane, Offshore Pedestal Crane, Knuckle Boom Crane, Vessel Mounted Crane, and other client specific cranes and equipment types.
ARI has crane simulation solutions to suit all requirements and budgets, from low cost desktop installations through kit based portable multipurpose trainers and up to multiple PC, instructor controlled, full mission solutions.
Crane Simulation
Swappable Replica Crane Control Consoles
Crane control consoles emulate those on a real crane and are designed as plug and play devices that can be swapped based on the crane type, make and model.
The simulator provides a virtual non-destructive training environment for accelerated, hands on training for both novice and experienced operators. Trainees can repetitively practice routine and specific tasks to imbibe safe and efficient work practices. ARI simulators - with their enhanced visual, motion and sound systems - represent the state of the art in crane simulation for operations training for enhanced safety and improved productivity.
A typical full mission crane simulator includes: a replica operator cabin; seat; swappable plug & play control consoles; high fidelity visual system; sound system; option of motion platforms; an instructor station with CCTV, stealth view & debriefing sections in a classroom or container configuration.
The ARI Offshore Crane Simulator is approved by DNV-GL to the highest Class ‘A’ Standards. All stages of OPITO offshore crane operator training and assessment can be carried out using the simulator. The ARI Crane Simulator also encapsulates the API standards for crane types.
The replica operator station simulates a real crane cabin with controls accessible on either side of the operator’s chair, out of cabin view and a microphone for communication.
Operator Station
Control Parameters
Crane Settings
Container / Cargo Placement
Weather conditions: rain, snow, fog, wind and sea state.
Time of day: varying sun & shadow conditions, night operation.
Speed of hoisting, boom, gantry travel, slow down factor, etc.
The instructor can create an exercise, place containers/cargoes and configure the load according to the lift plan.
The instructor can view the trainee’s reactions to emergency situations, zoom in using stealth view for debriefing, freeze the exercise, pause, communicate with the trainee, view the trainee’s replay, actions and assess the trainee on a range of metrics.
The instructor can operate the simulator in:
Edit Mode: create & save different configurations.
Run Mode: real-time events, faults, emergencies and operation failures can be injected in run time.
Instructor Station
The multi-channel visual system for the operator cabin view provides the trainee with a realistic out of the cabin view.
The visual system is completely integrated with the simulation exercise, motion, sound system and crane controls and thus provides the necessary depth in the visual perspective.
Visual System
Obstacle Creation
Faults and Emergencies
Assessment & Feedback
The Instructor can control and re-position the various obstacles during the exercise, making the exercise tougher, to enhance the operational skills of the trainee.
To create an emergency or accident scenario, various faults and emergencies can be introduced during a running exercise.
Productivity Metrics: number of moves, number of containers handled, average number of containers handled per hour.
Safety Metrics: total number of collisions, number of major mistakes, number of minor mistakes. Mistakes can be custom defined.
All operator and instructor events are logged and these events can be replayed during debriefing. A record of all moves for each operator will be stored in a database to monitor improvement over time.
Motion SystemThe operator cabin can be installed on a motion platform.
Variety of Crane TypesQC, RTG, RMG, SG, PC, EOT, mobile telescopic boom, mobile harbour crane, offshore pedestal and knuckle boom cranes and a variety of construction and Tower crane types.
In addition to these, ARI can customize client specific crane types and build virtual environments to customer requirements.
SHIP TO SHORE CRANE
RUBBER TIRED GANTRY CRANE
FORKLIFT
RAIL MOUNTED CRANE
OFFSHORE PEDESTAL CRANE
STRADDLE CARRIER
MOBILE HARBOUR CRANE
CRAWLER CRANE
VESSEL MOUNTED CRANE
SHIP PEDESTAL CRANE
BACKHOE LOADER
MOBILE TELESCOPIC BOOM CRANE
FLOATING CRANE
SHIP GANTRY CRANE
EXCAVATOR CRANE
HEAVY LIFT PEDESTAL CRANE
INSTALLER CRANE
KNUCKLE BOOM CRANE
TOWER CRANE
Selection of Container types: 20’, 40’, 45’, high cube, flatracks, reefers, open top, tanktainers, hazardous containers, odd dimension with OH guides or OH chains, hatchcover operation.
Selection of Break bulk cargoes: pulp, lumber stacks, logs, steel coils, pipes, rebars etc.
Customization is a key ARI strength: Crane simulators can be customized for various specific crane makes, spreaders, operating visual worlds, terminals, yards, lanes, wharfs, rigs, ship types and crane controls.
The ARI Full Mission Warship Simulator provides detailed simulations of a comprehensive range of features unique to naval vessels and accurately simulates the ship handling characteristics of a wide variety of naval ships including destroyers, frigates, missile ships, offshore patrol vessels and more. Bridge equipment, specific to naval vessels, is ergonomically built and arranged in a manner that provides the look and feel of a naval ship in motion. High fidelity visual display systems and rigorously modeled 3D scenes provide a completely immersive and believable environment for the hands-on training of naval personnel.
ARI Simulation solutions are designed to be modular, making it possible to create a simulated bridge environment very similar to the way a client’s specific vessels are designed. ARI can create a library of ship models that conform to the behavioral characteristics and appearance of warships in your own fleet. As with all naval customers, the confidentiality and integrity of your data is fully protected at ARI.
The ARI Warship Simulator has been designed to facilitate training in ship handling, maneuvering and decision making on naval warships in an environment that offers all the complexities of the real world without any of the associated dangers, risks and costs.
Naval Simulation
Customized Environments with Custom Weapon Systems
The ARI Naval Warfare Tactical Simulator is designed to provide a platform for training of naval personnel in practicing the skills necessary to gain a tactical advantage in a war gaming scenario.
Naval Officers can practice a number of Warfare scenarios using this simulator, such as: Anti-Surface Warfare, Anti-Submarine Warfare, Anti-Air Warfare, Electronic Warfare, Multi-Threat Warfare, Maritime Strike, Naval Control of shipping and many other similar scenarios.
ARI provides customized weapons systems operating in environments and scenarios that are specific to customer requirements.
War Gaming Simulation
ARI Virtual Airport suite is a high-end visualization product initially developed for familiarization of both airside and terminal side ground staff.
The product is a culmination of expertise between teams of photographers, designers, 3D modelers, video editors, animation technicians, texture engineers, managers and software engineers who created a compelling virtual environment for the orientation of users and with ultra-realistic visual acuity.
The solution covers the following functional areas:• Airside driving – aerobridge – fuel bowsers – baggage handling – gate operations – tug operations – airside construction
and maintenance• Passenger and staff orientation solutions• Suitable for staff induction-passenger orientation – new facilities –passenger management - security area management-
security processes
Airside Simulation
Customization has always been our strength – having designed and delivered a large number of customized solutions to meet niche simulation requirements that range from fully custom built vessels to complex multi-trainee and mission specific simulation.
Customization
We have established processes for recreating customer specific virtual environments across our entire range of simulators.
YOUR WORLD
REAL SIMULATED
OUR WORLD
SALES & CUSTOMER SERVICES
ARI WORLDWIDE
USA, NORTH & SOUTH AMERICAS
ENGINEERINGSALES & SUPPORT
UK & EUROPE
www.arisimulation.com
INDIA
PHILIPPINES
With operations, partners and representatives around the world, an ARI representative is only a mouse click away.
Drop us a mail at [email protected] and an ARI representative will get back to you promptly.
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