TRAINING AND SIMULATION PLATFORMS

FIXED WING AND ROTARY WING FLIGHT SIMULATORS

• Getting on and off-board the aircraft

• Internal controls, controls prior to take-off and after landing

• Engine start and stop

• Instrumental and visual navigation, approach, touch and go and landing

• Taxiing procedures

• Normal and emergency procedures

• Acrobatic moves, stall, spin

• Night/day formation flight

• Simulated ammunition firing

  ARTILLERY FORWARD OBSERVER TRAINING SIMULATOR (AFOS)

The Artillery Forward Observer Simulator (AFOS) is a computer based trainer for Forward Observers and Fire Direction Center Personnel. The AFOS trains the Observer on targeting, fire requests and management of firings across a range of training scenarios. The AFOS can simulate varied training environments, including a variety of static and moving targets, custom terrain and land views and realistic weather effects. The AFOS uses accurate ballistic physics models and integrates realistic visual cues and sound effects to create a realistic training environment. Upon completion of a training exercise, the built-in After Action Review system will allow trainees to review and evaluate performance and identify areas for improvement.

The AFOS is designed for portability and transportability to be deployed worldwide, or can be setup in a classroom facility. The AFOS can be customized to meet your Forward Observer training needs.

FOREST FIRE FIGHTING TRAINING SIMULATOR

The Forest Fire Fighting Training Simulator has been designed to improve organization and coordination capabilities in fighting forest fires.

FireFLY provides a capability to train those Forest Service members who are responsible for on site coordination and management of forest fire fighting activities by utilizing the advantages of simulator techniques and technologies.

•High level incident commander
•Fireline leaders
•Team leaders
•Bulldozer leaders
•Aircraft and helicopter pilots

Fire Propagation Model

• Tree characteristics
  • Type, density, age
  • Length, diameter, vertex
• Inflammable matter
  • Type, distribution, amount, density
  • Humidity, litter cover
• Wind, air temperature, rainfall
• Gale/Wind force
• Moisture
• Terrain and topography

Smoke Propagation Model

• Wind velocity and direction
• Humidity amount of the inflammable matter
• Fire intensity
• Stand type

It is a complete simulation system that meets basic and advanced levels of ATC training needs. All levels of Approach, En-route and Tower ATC training are supported. This simulation platform includes extensive architecture, allowing from one position up to twenty four positions and combinations of each position in scenarios that can be organized depending on the training needs.

It is not only for the training activities, but also it can be easily adapted to local circumstances and it is an ideal platform for research activities. It’s leveraged by the high fidelity software modules like Flight Data Processing System, Radar Data Processing System and synthetic traffic generator which are very close to be used as subsystems of a real air traffic control system.

KEY FEATURES

• Dedicated to basic, intermediate and advanced ATC training
• Approach, En-route and Tower trainings with one tool
• Flexible, scalable and open architecture
• Easy to use, user friendly and efficient HMI in all displays
• Up to 360° realistic air field visual tower system
• High fidelity model of ATC environment
• Up to 24 Radar positions with 24 Pilot positions
• Fast time performance with high traffic loads
• Record, Replay and Rewind
• Emerging technologies and CPDLC support
• Conflict detection and resolution
• High traffic loads with fast time performance
• Highly accurate aircraft performance modeling compliant with BADA
• Navigation model creation from standard ARINC data
• Definition of training operational environment from scratch
• Trainee evaluation and debriefing tools
• Compliant with rules and international standards like EUROCONTROL and ICAO

Mixed reality visual simulation system eliminates the need for expensive multi-channel dome display systems while maintaining full 360 degree visuals for the trainee pilot. This can substantially reduce the physical footprint of the simulator, the initial purchase cost, and ongoing maintenance costs.

With the hi-res camera passthrough capability of the Varjo XR-3 headset, MANTIS provides the capability to create mixed reality solutions whereby a masked region defines where the real world is visible. This is typically used to allow a real world cockpit mockup to be used interactively by the pilot.

New immersive technology can be integrated with all kinds of military and civilian aircrafts in the market.