Military Operator Driving Simulator

Military Operator Driving Simulator

FAAC’s Operator Driving Simulators (ODS) have been a major contributor to the training of military Motor Transport Operators since the beginning of their fielding with the U.S. Army in 2002. The majority of Army ODS systems are located at Fort Leonard Wood supporting the Motor Transport Operator Schoolhouse. In 2007 the Marine Corps, which was already committed to schoolhouse simulation-based driver training with FAAC’s MTVR-TS driving simulator, realized the need for a reconfigurable driving simulator to support pre-deployment training of Marine Operational and Reserve Forces both in CONUS and overseas, with the majority of systems configured in mobile trailers. The Air Force, Navy and National Guard have also procured ODS systems for training their tactical wheeled vehicle operators. To date, over 170 ODS simulators have been fielded.

Simulator Features

The Army, Marine Corps and National Guard have a wide variety of trucks which require driver training – from HMMWVs up through heavy tank haulers and specialized vehicles such as the Buffalo MRAP. To meet this need, FAAC has designed the ODS with a generic truck cab that can be reconfigured through the use of interchangeable dash kits, controls and simulated armor panels to provide an accurate representation of the driver’s station. Force feedback steering combined with vehicle dynamics software, replicating each vehicle’s performance characteristics, provide a realistic training experience

ODS training suites are available for the following vehicles:

  • M915 tractor trailer
  • M939 straight truck
  • FMTV
  • PLS
  • HEMTT
  • HET
  • MTVR (Straight & Up-Armored)H
  • HMMWV (Straight & Up-Armored)
  • Cougar Category I MRAP
  • Cougar Category II MRAP
  • Buffalo Category III MRAP
  • Panther MRAP
  • RG-31
  • MRAP
Military Operator Driving Simulator FAAC 01

ODS Crew Training Cab

As an expansion of FAAC’s Operator Driving Simulator (ODS) product line, FAAC has developed a two-position crew training cab; the first variant of which supports the training of a Buffalo driver and co-driver in route clearance tasks. The crew training cab uses ODS interchangeable dash kits for both positions which allows the cab to simulate other wheeled vehicles. In the case of the Buffalo, a three-piece dash set provides the driver with vehicle instruments and controls, to include the control box for the front/rear driving assist cameras and slewable search lights. The co-driver position is provided with high-fidelity controls for the interrogator arm and arm camera control unit with integrated video display. The interrogator arm simulation is provided by FAAC’s subsidiary, Realtime Technologies Inc. (RTI), and features a physics-based model for the arm and objects it interacts with. The result is realistic interactions between the interrogator arm and objects as they are manipulated through pushing, lifting, sliding, tipping, etc… A soil surface scraping model currently simulates soil disturbance; however, FAAC has designs to enhance this capability by providing truly deformable terrain. IED scenarios involving scripted as well as autonomous entities can be developed within FAAC’s geo-typical databases, representative of the Contemporary Operating Environment (COE). The high-fidelity simulation, when combined with the realism of a full crew cab maximizes a Buffalo crew’s ability to train using their actual tactics, techniques and procedures for counter-IED operations. All standard ODS configuration options are available for the crew cab.

Military Operator Driving Simulator Cab

Mobile 6-DOF Full-Motion Capability

In 2009, FAAC fielded the first 6-DOF full-motion system in a mobile trailer; in all, 13  such systems were delivered. The mobile 6-DOF system was custom designed and fielded in a 53’ double slide-out trailer in support of the U.S. Army Common Driver Trainer – MRAP Program. As with all FAAC mobile simulators, it has the capability of operating on shore power or on-board generator. The custom built trailer is designed to support the CDT concept of swappable cabs, and it includes a dedicated instructor/operator working area that contains the instructor operator station and separate after-action review station.

ODS systems are capable of being fielded in various configurations

Motion Cuing systems include 6-DOF full-motion platforms and 3-DOF motion seats. Visual solutions are scalable and generally range from 180 to 225 degrees field-of-view. All ODS systems are capable of being installed in a fixed-site facility or self-contained trailers that oftentimes military units can relocate using organic tactical wheeled vehicle assets. The mobile ODS systems are climate controlled and capable of operating on shore power or on-board generator.

FAAC’s ODS features a six-level training curriculum, ranging from Beginner Driver up through Advanced Tactical Driver. The curriculum tracks the driver as he/she progresses in skill level, presenting more difficult scenarios as skill level warrants. Key to the curriculum is the scoring system, which monitors in real time over 50 driving parameters. Whenever a customer-defined threshold is exceeded on any parameter, the instructor is alerted via the instructor operator station (IOS). Demerit points are assigned to the driver’s score as a function of skill level and scenario. If a driver fails a scenario, the curriculum manager recommends to the instructor a remedial scenario for the student. ODS driving scenarios are developed using a variety of visual databases as well as scripted and autonomous entities. All weather conditions and a number of vehicle malfunctions are selectable at the IOS. The significant capabilities already developed for the ODS offer customers a flexible yet economical means of meeting their driver training requirements.

Learn More about our Military Operator Driving Simulator

AAC’s Operator Driving Simulators (ODS) have been a major contributor to the training of military Motor Transport Operators since the beginning of their fielding with the U.S. Army in 2002.

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“Soldiers can actually perfect skills before they get in combat.

Mistakes are easy here. We can correct mistakes here, we can’t correct mistakes there.”

Col. Brad Smith, Commander, Camp Shelby

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