Blind spot detection

(Peabody – Thamesmead Future Skills Expo © Paul Sanders)

The simulator demonstrates TRL’s commitment to innovative technologies and its focus on safer transportation methods. The precision of the system is based on a physical rig developed and calibrated by TRL in collaboration with Volvo, to ensure a highly accurate representation of direct vision from a real-life Volvo vehicle cab.

The calibrated rig allows all combinations of seat and steering wheel adjustments available in a real-life vehicle to be accurately replicated for each driver. The virtual reality experience is then reconfigured for each driver to reflect their unique physical dimensions and their individual seating positions. The resulting VR experience is an accurate replication of the view they would see when driving, as if they were in the actual vehicle. 

This approach stands in contrast to a traditional VR experience, where a camera is randomly placed within a scene in the hope that a rough representation of the vision is provided. Unfortunately, from the perspective of direct vision simulation, the variance between a rough and accurate representation may equate to the difference between seeing a cyclist or not. 

Ceki Erginbas, Senior Researcher at TRL, commented: “VR technology is increasingly being used throughout the industry to create immersive visual experiences. However, immersion or high-quality computer graphics does not necessarily mean accuracy. We wanted to take VR technology one step further than just a visually appealing experience, and create a scientific tool for virtual testing.

“With this calibrated system, we can accurately test new vehicles or road environment designs, without the need to physically build them. We can also accurately recreate traffic accidents, from the viewpoint of different people located at the scene. By offering this unique virtual testing system, not only are we aiming to improve safety for vulnerable road users, but also to help reduce costs for designers, contractors and manufacturers, as they can detect vision problems early in the design stage; saving them from high reconstruction costs.”