Tu Graz’s Advanced Driving Simulation Centre Acquires Dmg-x Driving Simulator

1 month ago

Graz University of Technology (TU Graz) has installed a Dynisma DMG-X driving simulator astatine its recently established Advanced Driving Simulation Centre, located astatine nan university’s Inffeldgasse field successful Austria.

The DMG-X driver-in-the-loop platform, developed by Dynisma, a UK-based mobility simulator exertion company, has been designed for automotive OEM applications, pinch peculiar attraction connected thrust comfortableness and noise, vibration and harshness (NVH) testing.

The strategy offers bandwidth exceeding 100 Hz crossed six degrees of freedom, coupled pinch latency of 3-4 ms. Vertical excursions scope up to 400 mm, while nan platform’s 750 kg payload capacity enables testing of full-scale conveyance prototypes.

According to Dynisma, nan mobility fidelity enables conveyance studies that intimately replicate real-world beingness conditions, supporting improvement activity from first conception done to bid production. The TU Graz installation will support investigation and improvement projects pinch conveyance manufacturers, covering areas including conveyance dynamics, thrust comfort, NVH, human-machine interface, precocious driver assistance systems (ADAS) and autonomous driving (AD) technologies.

Graeme Cook, CEO of Dynisma, said: “This installation demonstrates nan expanding nickname of high-fidelity simulation arsenic an basal instrumentality for automotive improvement and creates an perfect situation to showcase nan transformational benefits our DMG-X exertion delivers – importantly reducing improvement time, costs and biology effect whilst accelerating invention crossed each cardinal area of conveyance development.”

Cook added: “Early-stage DIL simulations thief engineers make informed decisions connected aspects for illustration suspension and assemblage architecture, reducing nan request for dense NVH-dampening materials, yet lowering conveyance weight.”

Arno Eichberger, caput of nan Institute for Automotive Engineering astatine TU Graz, who is responsible for nan technological cognition of nan facility, said: “The Advanced Driving Simulation Centre allows america to behaviour conveyance studies pinch results that precisely lucifer nan beingness conditions of nan existent world. The caller simulator closes nan spread betwixt theoretical conveyance modelling and nan existent quality cognition of our trial drivers.”

The installation incorporates integrated virtual reality systems to alteration simulation of various driving and postulation scenarios. The system’s debased latency is designed to supply realistic driving conditions whilst reducing mobility sickness consequence for trial participants.