1- High-Speed Boat Training Simulator

The complete high-speed boat simulator comprises an instructor station, an exercise-debriefing room, the boat’s bridge with all of its internal equipment, and a motion system. The equipment inside the bridge is exactly the same as the actual system in both appearance and function. The cabin is mounted on a motion platform, and the boat’s movements are physically simulated by this platform. Around the cabin, the sea environment is rendered as a display, and trainees observe the surrounding environment through the windows.

This simulator complies with the training rules of the IMO’s STCW 95 convention and can be used to simulate various types of high-speed boats for marine search-and-rescue, patrol, passenger transport and other applications.

2- Train/Metro Training Simulator

The train training simulator is of the full-cabin type, equipped with a driver’s cab with all its internal equipment, a six-degrees-of-freedom motion system, an instructor room, an equipment room and a debriefing room. The design of the interior environment and cab equipment, in terms of equipment layout and appearance, fully matches the interior architecture of train cabs. The train cab is mounted on a motion platform, and the train’s movements are simulated by the motion platform. The environment around the train, including the rail track, surrounding buildings, stations and the depot, is simulated true to reality and displayed on the train’s windows.

This simulator meets all training needs and can be used for any of the following: intercity trains, metro, monorail, LRV and so on.

The 6-degrees-of-freedom platform is capable of moving along three axes and rotating about three axes, and can be used in various types of stabilizers and simulators for vessels, light and heavy vehicles, tanks, trains and aircraft.

• Can be used as an equipment stabilizer.

• Capable of fully simulating carriers to achieve a realistic sense of motion.

• Programmable for various motion states.

• Controllable with dedicated software.

• Capable of movement and maneuvering in 6 degrees of freedom (motion along Heave, Surge and Sway and rotation about Roll, Pitch and Yaw).

• Can be designed with electric, hydraulic or pneumatic actuators.

• High reliability and safety.

• Easy installation, commissioning, operation and maintenance.