6DOF MOTION PLATFORM
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Hexapod Platforms
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Stewart Platforms
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Racing simulator
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Off-road vehicle simulator
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Vehicle dynamics simulator
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Virtual Reality (VR) Simulator
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Vehicle training and demonstration systems
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6DOF Motion Platform
RACING SIMULATION
DEMO 1
ROCKET NO LIMITS 2 ROLLERCOASTER
THIS PAGE IS CURRENTLY UNDER DEVELOPMENT
We are continuing to develop and expand our racing simulation demonstrations, including new 6DOF motion platform videos and application examples.
Why iRacing is the Pinnacle Choice for our
6DOF Motion Simulator Racing Demonstration
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Unmatched Telemetry Fidelity: A 6-DOF platform relies entirely on real-time data to drive its actuators (surge, sway, heave, pitch, roll, yaw). iRacing outputs some of the most accurate, high-frequency, and robust telemetry in the industry. Every microscopic weight transfer, loss of traction, tire slip angle, and abrupt transition is faithfully translated into data that makes a 6-DOF rig shine.
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Professional Validation: It is the primary training software used by real-world professional race car drivers and teams (from grassroots up to Formula 1 and NASCAR). Showing that your hardware runs iRacing instantly signals to visitors that your setup is professional-grade.
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Pure Physics and Force Feedback: iRacing doesn't hide its physics behind arcade-like forgiveness. The penalty for over-driving is immediate, meaning the platform will violently and accurately react to snap-oversteer, heavy lock-ups, and aggressive curb strikes—making for a much more dramatic and impressive visual/physical demonstration.
RACING SIMULATION
DEMO 2
REBELS RUN NOLIMITS 2 ROLLERCOASTER
Why Assetto Corsa Competizione is the Ultimate #2 Choice for our 6DOF Motion Simulator Racing Demonstration
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Stunning GT3 Visuals: While iRacing's graphics are clean and functional, ACC (powered by Unreal Engine) features incredible lighting, gorgeous reflections, dynamic night racing, and hyper-realistic rain effects. It simply looks more cinematic on a website hero video.
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Brutal Suspension & Curb Telemetry: ACC is famous for its laser-focused GT3 physics. It models tire carcasses, chassis flex, and brake pressure with extreme fidelity. When a car violently bounces over a aggressive kerb at Monza or bottoms out through a compression, a 6-DOF platform receives sharp, distinct telemetry spikes that look intensely dramatic on camera.
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The Granularity of Motion: GT3 cars feature heavy body roll and massive weight transfer under braking. ACC feeds that exact data into the actuators, making the rig visibly lean, pitch, and heave in a way that non-racers can instantly understand just by watching.
RACING SIMULATION
DEMO 3
HYDRIS WIDESCREEN NO LIMITS 2 ROLLERCOASTER
Why Automobilista 2 is the Perfect Third Choice for our
6DOF Motion Simulator Racing Demonstration
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Unrivaled Track Surface and Physics Telemetry: AMS2 runs on a heavily evolved Madness Engine that specializes in dynamic track conditions and suspension physics. It is widely considered one of the best sims for conveying micro-bumps, uneven road surfaces, and transition changes directly into a motion platform.
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Wild Variety of Content for Visual Demo: Unlike iRacing (which has a strict professional motorsport focus) or ACC (which is limited to GT3/GT4), AMS2 features an eclectic mix of historic Formula 1 cars, brutal group C prototypes, stadium supertrucks, and karts. Showing a vintage 1970s F1 car wrestling through bumpy historic tracks gives a completely different visual and physical motion profile than a modern GT car.
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Dynamic Weather and Visceral Motion: AMS2 handles wet weather physics and track rubbering exceptionally well. Showcasing a truck or open-wheel car sliding around in a torrential downpour highlights erratic traction loss and sudden surges that make a 6-DOF rig look intensely alive on a website loop.
Off Road Simulation
ROCKET NO LIMITS 2 ROLLERCOASTER
Off-road simulation presents a particularly demanding motion environment, with large changes in vehicle attitude, terrain and suspension movement.
A 6DOF platform can combine pitch, roll, yaw, heave, surge and sway to reproduce physical cues associated with steep inclines, descents, uneven terrain, suspension movement, acceleration and sudden changes in direction.
This provides a very different motion experience from conventional circuit racing or flight simulation, with the platform responding to the changing attitude and movement of a vehicle travelling across challenging terrain.
As with other applications, motion cueing determines how the simulated vehicle movement is translated into physical platform movement, allowing significant changes in attitude and terrain to be represented within the platform's available movement envelope.
Easy Touchscreen Control
for Your Simulator
Easy Touchscreen Control for Your Simulator
No more messing with keyboards or complicated computer setups inside the cockpit, everything is controlled right from a simple touch screen.
When you tap a custom button or check a status light on any of the touch screen panels, it talks straight to the simulator’s main computer, instantly triggering your software. This means you can control all your simulator settings, menus, and shortcut commands directly from an easy-to-use display without needing a keyboard.
We can also hook up complex controls—including multiple joysticks, throttles, and pedals (Multi-HOTAS) combined seamlessly using vJoy virtual drivers—so older or picky games recognize all your gear as one smooth, unified system. Plus, you can easily add extra touch screens around the cockpit whenever you want multiple displays to monitor your session.