Dynisma Motion Generators (DMG) are the most dynamic, responsive and scalable driving simulators in the world
DMG® delivers maximum bandwidth with minimum latency by co-designing software and mechanical engineering, and by removing every possible obstacle between the driver and the data. It’s the future of accelerated, efficient, vehicle development.
Greater bandwidth is a core focus of the DMG® philosophy.
High bandwidth facilitates motion cueing not possible on conventional motion platforms. A real driving experience contains information at frequencies far greater than 60Hz, including road noise, engine vibration, ABS vibration and high fidelity vehicle dynamics feedback.
The human body is very sensitive to small changes – by accurately transferring this information to the driver, DMG can provide a far more realistic and immersive driving experience.
With latency as low as 3-4ms, DMG® can deliver prompt vehicle dynamics feedback. This means the driver can react faster to events such as oversteer and means that visual stimuli such as kerb strikes are provided faster than even 240Hz projectors are able to update.
Motion cueing data goes straight to the driver’s vestibular system in the rawest possible form, giving them an immediate and immersive sensory experience.
By minimising friction and eliminating backlash, our Motion Generators are able to accurately reproduce the smallest and most sublte of cues. The resulting drive experience is extremely clean, precise and natural, representing a step change in immersion and accuracy of driving simulation.
Traditional motion generators rely heavily on feedback which by its very nature, has inherent delay.
Thanks to Direct Drive actuation and accurate multibody models, DMG removes all obstacles by working almost entirely on feed forward – the controller does not wait for feedback but supplies DMG with data on the environment immediately.
Feed forward enables DMG to transmit information in the rawest possible form direct to the driver’s vestibular system.
With superb stiffness, strength and low weight, carbon composite structures help realise the maximum bandwidth and acceleration potential of DMG.
Through in house capabilities and our partners, Dynisma has full lifecycle capability for composite components, design, verification, manufacture, validation, transport, storage, maintenance and inspection.
Dynisma makes extensive use of composites in the development of its Dynisma Motion Generators and the development of custom payloads for its customers.
From full system multi-body modelling right through to subsystem stress analysis, simulation and optimisation form the backbone of the development process of DMG systems.
MathWorks and Dymola toolsets are drawn upon early, to inform design decisions, and later, to develop and test control algorithms in the safety of simulation. Dynisma Motion Generators are designed in Siemens CAD packages, employing the full Altair suite to target world leading bandwidth long before confirming it in comprehensive real-world testing programmes
DMG® removes every possible obstacle between the driver and the data
Large Excursion Motion Generator to provide large horizontal excursions (yaw, surge and sway) to accurately render vehicle dynamics movement
Low inertia servo actuators propel the High Frequency Motion Generator by Direct Drive
Unique rocker guided linkages for minimal friction and inertia
Direct Drive High Frequency Motion Generator to deliver maximum bandwidth and minimal latency
BANDWIDTH
55-100Hz in all 6DOF
At least 50% better than known competition
3-4ms
Latency
Lowest latency on the market
360°
Yaw
Unlimited yaw excursion
Dynisma Motion Generators (DMG) are the most dynamic, realistic and scalable driving simulators in the world. Find out why.
