FDC-331-20
The FDC-331-20 Motion Simulator is a high dynamic, precision test instrument. The system is designed to simulate both vibration and precise slow motion while maintaining high pointing accuracy. The simulator is often used as a Flight Motion Simulator (FMS) in a Hardware-In-The-Loop (HWIL) simulation environment or for the development, testing and calibration of stabilized optical sights or optical seekers.
Automotive
Testing of Electronic Stability Control systems and airbag sensors. The systems may be use as many as two rate gyros and one accelerometer.
Research
To Use in universities and research laboratories for development of inertial sensors, their performance levels, and lower-cost and smaller sensors.
Consumer
Simulators are intended for use during development, production, in-process testing, calibration and final inspection of MEMS sensors.
Space
Attitude and orbital control Systems components, such as optoelectronic equipment (e.g. star trackers, sun sensors), test and calibrate by simulators.
Defence
Simulation in Hardware-In-the-Loop during development programs can help reduce time and cost, by minimizing the number of field trials required.
Aeronautics
Testing and calibration of Inertial Navigation Systems (INS) that are installed on board commercial airliners, jet airplanes, and helicopters.
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