Toyota Boshoku have shared exclusive insight into their Ansible Motion Delta series dynamic DIL simulator, which was installed in Japan earlier this year in cooperation with Toyota Technical Development Corporation and our partner Marubun Corporation.
The video demonstrates the ways in which Toyota Boshoku will be using their simulator to develop the next generation of vehicle interior systems including technologies for autonomous vehicles.
Forest Byrd of TC9700Gaming got an exclusive look at the General Motors simulator to see how they used their Ansible Motion dynamic Delta DIL simulator to develop the ground breaking mid-engined Chevrolet C8 Corvette. He got to drive the virtual vehicle model of the C8 round the rFpro digital twin of Milford Proving Ground in the simulator.
ATTi talks to Kia Cammaerts of Ansible Motion to find out how state-of-the-art simulators are being used to advance vehicle, tire and powertrain testing programs.
Ansible Motion, the pioneering specialist in Driver-in-the-Loop (DIL) vehicle simulation technology, has been awarded The Queen’s Award for Enterprise. The Norwich-based company is one of 205 to receive the award on the grounds of remarkable success in international trade.
Hanover, April 7, 2021. Continental is investing in a state-of-the-art dynamic driving simulator in order to develop its premium tires for the original equipment business even more efficiently, sustainably, and precisely in line with customer requirements in the future. The high-tech installation from manufacturer Ansible Motion will go into operation in mid-2022 at Continental's largest European tire test center, the Contidrom in Wietze near Hanover. It is a Driver-in-the-loop simulator (DIL) that calculates exact driving dynamics parameters of the tires and those of the respective test vehicle. Thanks to its high mobility, the simulator can provide Continental's professional test drivers with subjective driving impressions, just like tire tests on the test track. Test drivers can experience new tire developments in the most diverse virtual test scenarios and driving situations.
How can simulators accelerate race car development off the track? Nick Fleurot explains the advantages
Ansible Motion and AVL to present a webinar on March 17, 2021 at 11:30 AM GMT titled Digital Product Development with Driver in the Loop.
Advanced driver assistance features have been around for well over two decades (if you count the earliest cruise control) and there’s no doubt that the roads are safer for them. But as the list of features, sensors and software grows and complexity increases, making sure there are no glitches that cause more problems than they solve is crucial. Systems that intervene with driving (braking or steering), like autonomous emergency braking and active lane keeping, are among the most safety critical and there can’t be any circumstances where they lose the plot and do something they shouldn’t. But unfortunately, they sometimes do. BBC News recently reported that cars in Somerset had left the road after advanced driver assistance systems (ADAS) apparently mistook a cattle grid for a wall and slammed on the brakes.
Recently, press reports in the UK recounted a scenario whereby vehicles with ADAS were being confused by a cattle grid (a metal grate in the road surface to prevent cattle crossing). The grid was cut into a steep section of road, and due to the contrast in gradient between the grid and road, ADAS were identifying it as a wall and thus applying emergency braking. Ultimately, the local council in the area performed £70,000 (US$95,000) of remedial work to reprofile the section of road in question. Kia Cammaerts, director of simulation specialist Ansible Motion, writes that this is precisely the sort of scenario that may not be experienced over thousands of miles of physical driving but can be accounted for in simulation.
High performance driving simulators for professional drivers and race engineering
