Skip to main content

Faster reactions reinforce reality for Japan Radio’s simulator

When equipped with its full motion system, Japan Radio’s driving simulator is so large it wouldn’t fit on the company’s stand – however, ITSWC visitors can still try a static version of the system. The simulator can be used in scenarios where on-road trials could lead to dangerous situations and it repeat tests to evaluate the reaction of a number of drivers to a particular set of circumstances. Using the simulator is said to be both faster and cheaper than putting vehicles on the road and situations modell
October 6, 2015 Read time: 2 mins
Minami Okamoto of JRC with the driving simulator

When equipped with its full motion system, 8238 Japan Radio’s driving simulator is so large it wouldn’t fit on the company’s stand – however, ITSWC visitors can still try a static version of the system. The simulator can be used in scenarios where on-road trials could lead to dangerous situations and it repeat tests to evaluate the reaction of a number of drivers to a particular set of circumstances. Using the simulator is said to be both faster and cheaper than putting vehicles on the road and situations modelled include highways, cities and mountainous areas while its Road Studio allows users to create their own roads.

The company strives to make the simulation as real as possible as it says the closer the simulator is to the actual driving experience, the higher the driver’s acceptance which in turn provides more realistic results. To achieve this, it uses high-definition 4K images that can be projected at sizes of up to 4m wide by 2m high to fill the drivers’ field of vision and a 120Hz refresh rate to make the image flow smoothly.

It is also showing a steering force reaction force generator which is designed to give the same feedback through the steering wheel as a driver would experience on the road.

For more information on companies in this article

Related Content

  • TRL's DigiCar driving simulator becomes fully automated
    November 18, 2014
    As the path to acceptance of automated vehicles on the UK’s roads moves forward, so does TRL’s role in developing robust research tools to provide the necessary evidence as to the human response to automation and its general acceptance by the driving population. Behind the scenes, TRL experts have been working on developing the software required to enable the transition of DigiCar to run as an automated vehicle as and when required. As a result, TRL’s full mission driving simulator, DigiCar, has devel
  • One eye on the future
    December 12, 2013
    Mobileye’s Itay Gat discusses the evolution of monocular solutions for assisted and autonomous driving with Jason Barnes. Founded in 1999, Israeli company Mobileye manufactures and supplies advanced driver assistance systems (ADAS) based on its EyeQ family of systems-on-chips for image processing for solutions such as lane sensing, traffic sign recognition, vehicle and pedestrian detection. Its products are used by both the OEM and aftermarket sectors. The company’s visual interpretation algorithms drive
  • HERMES Study provides guidance for forward ITS thinking in Finland
    August 25, 2016
    Having authored HERMES, a major study for the Finnish Ministry of Transport and Communication, Josef Czako talks to ITS International about his findings and lessons for other authorities. When CEOs of major automakers are predicting more change in the next five years than in the past 50, what is the role of national authorities considering the benefits of innovations in ITS?
  • Connected Vehicles test vehicle to vehicle applications
    January 19, 2012
    In the US, the ITS Joint Program Office is about to conduct a series of Driver Clinics intended to gauge public reaction to Connected Vehicle safety technologies and applications. Starting in August, the US Department of Transportation (USDOT) will test Vehicle-to-Vehicle (V2V) applications with everyday drivers in what it describes as 'normal operational scenarios'. These Driver Clinics are being carried out at six locations across the US and together with the subsequent model deployment beginning in 2012,