A 4DOF motion simulator moves in four independent axes: pitch, roll, heave and yaw. These four movements reproduce realistic vehicle dynamics and significantly improve immersion compared to static simulators.

• Pitch – forward/backward tilt
• Roll – left/right tilt
• Heave – vertical movement
• Yaw – rotation around the vertical axis

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MOTION-SIM is fully compatible with VR. Advanced software separates the movement of the motion platform from the user's head movement so the VR headset maintains accurate tracking and minimizes motion sickness.

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MOTION-SIM simulators are developed and manufactured by Elsaco s.r.o. in the Czech Republic. The company has more than three decades of engineering experience in industrial electronics and automation.

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MOTION-SIM supports a wide range of simulation software and applications.

• Racing simulators
• Flight simulators
• Truck simulators
• Roller coaster simulators
• FPV drone simulators
• Virtual Reality experiences

Yes. Professional drivers use MOTION-SIM to improve braking, cornering, racing lines, consistency and race preparation without the costs and risks of real vehicles.

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Yes. The motion platform reproduces takeoff, landing, turbulence, banking and other flight dynamics, creating an immersive pilot training environment.

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Yes. MOTION-SIM supports modern virtual reality headsets and provides stable tracking through dedicated VR compensation software.

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Yes. MOTION-SIM receives real-time telemetry from supported simulation software, converting acceleration, braking, steering forces, suspension movement and other vehicle data into realistic platform motion.

MOTION-SIM supports many popular gaming titles that provide telemetry output, including professional and consumer simulators.

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Yes. FPV drone simulators benefit from precise roll, pitch and yaw movements, increasing immersion while maintaining smooth VR compatibility.

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Motion sickness is minimized through synchronized motion cues, low-latency telemetry processing and VR compensation technology that keeps the virtual world stable.

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The first prototype was built in 2009 and publicly presented in 2010. Since then the platform has evolved through multiple hardware and software generations.

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Yes. Schools, universities and technical institutes use the simulator to teach vehicle dynamics, emergency situations, road safety and engineering principles.

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Companies use MOTION-SIM at exhibitions, trade shows, product launches and corporate events to create memorable interactive experiences that attract visitors and strengthen brand awareness.

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MOTION-SIM systems include the motion platform together with professional racing seats, heavy-duty steering wheels, pedals, sequential shifters and H-pattern gearboxes developed for intensive commercial use.

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MOTION-SIM combines professional 4DOF motion technology, precise telemetry processing, VR compatibility, proprietary hardware and over fifteen years of development experience.