NOTE: THIS IS THE 3 ACTUATORS VERSION
Get Into Pole Position With Precise, High-performance Motion-cueing Systems.
Feeling is Believing
Racing simulation systems are constantly being enhanced with more precise technologies like better visual, more pixels and larger screens, clearer sound with added channels and a larger frequency response scope, and force feedback steering systems. Precise motion and vibration are the next levels of experience that are necessary to maintain a competitive edge. D-BOX Technology is now even better at creating believable simulation experiences, stimulating your kinesthetic sense to mimic a real driving experience. These high-tech actuators will generate physical cues that are critical in car driving simulation.
For over 10 years D-BOX has been working with the entertainment and simulation industries providing motion solutions creating a realistic experience for audiences and bringing them in on the action. Track personality and conditions, as well as race car handling, are essential in improving a driver’s preparedness. Getting ready for a championship and having the opportunity to virtually rehearse a track in any weather condition is a new key competitive advantage. The totally immersive experience in training translates into fractions of second enhancements and improvements that will help drivers to get closer to the pole position.
D-box Motion-cueing Systems Core Benefits
Optimal simulation training is engaging enough to remove psychological barriers to learning, creating psychomotor reflexes that respond to real-life situations. D-BOX immerses drivers by replicating the platform’s movement while using rich motion cueing to replicate vibrations, as well as any discrete event in the surrounding environment.
Easy to Deploy
Operational requirements and situations can quickly develop and change, requiring simulation systems that can be rapidly deployed anywhere, anytime. An interoperable COTS solution, D-BOX technology is a game changer, thanks to its ease of installation, low electrical power requirements, low shipment weight and reduced deployment time.
Optimal simulation training removes the psychological barriers to learning, developing psychomotor reflexes that respond to real-life situations. D-BOX immerses pilots, trainees, and testers in the simulation by replicating the platform’s movement while using rich motion cueing to
replicate vibrations and all vehicle movements.
As a COTS system, D-BOX offers a remarkably affordable and reliable solution. Our technology is supported and documented and is therefore easy to integrate and manage. Users can access all our expertise, including motion code, behavioral subtlety, and vibrations.
A Pre-integrated Motion Solution – Ready to Connect
Simply connect a game title and bring kinesthetic cues to any racing simulator, instantly improving thrill level and
Bridging the gap between low-end vibration devices that do not generate motion and very complex hexapod structures
that do not generate very accurate vibrations, D-BOX brings second-to-none believability to car simulation.
Bottom line, D-BOX Motion Systems brings real-life motion and vibrations to the virtual world creating a fully immersive, unparalleled gaming experience.
Optimal Technology That Simulates Real-life Movement
D-BOX Motion Systems enable you to develop highly reliable training and analysis applications that reproduce with amazing precision and adaptation to generate variable conditions, including:
- Pavement variations
- A vehicle’s physical reaction to acceleration
- Suspension interaction feedback
- Extreme weather conditions
By integrating D-BOX Motion Systems, drivers can wrap their hands around an incredibly powerful and reliable simulator that responds to on-screen situations and user responses and utilizes kinesthetic cues to build and analyze a driver’s muscle memory.
While every reasonable effort is made to ensure the accuracy of this information, we apologize for any errors or omissions contained on these pages.
Please verify any information with Simulation 1 Systems.