Skip to main content

M&S looks all around to reduce collisions

UK retailer Marks & Spencer (M&S) is trialling the latest 360-degree camera system from Brigade and technology partner, ASL Vision, to further improve safety on its lorry fleet. As systems offering a surround view in a single image become more widespread on rigid trucks, M&S wants to find out if the benefits can be extended to articulated vehicles. An initial trial was set up using the Backeye 360 Elite system from Brigade Electronics with powerful software from ASL Vision at its core. The trial is now to b
June 20, 2014 Read time: 2 mins
UK retailer Marks & Spencer (M&S) is trialling the latest 360-degree camera system from Brigade and technology partner, ASL Vision, to further improve safety on its lorry fleet.

As systems offering a surround view in a single image become more widespread on rigid trucks, M&S wants to find out if the benefits can be extended to articulated vehicles. An initial trial was set up using the Backeye 360 Elite system from 4065 Brigade Electronics with powerful software from ASL Vision at its core. The trial is now to be extended to cover 15 vehicles.

Backeye360 Elite uses four ultra wide-angle camera lenses mounted on the vehicle to capture all blind spots. Simultaneous digital images from the cameras are processed and ‘video stitched’ resulting in a real time, ‘bird’s-eye’ view delivered to the driver’s monitor. The surround view in a single image makes it easier and quicker for the driver to assess possible hazards and take corrective action if required.

It is vitally important to keep improving safety standards; blind spots are a hazard around all large vehicles, contributing to repair costs and downtime for the fleet as well as associated insurance costs. Additionally, the emotional impact has to be considered if personal injury becomes an issue.

A great deal has been done to eliminate risk from the M&S fleet, but with more than 50% of collisions happening during slow speed manoeuvring or with parked or stationary objects, more can always be done.

“My First impression of the technology was that it must be able to help us,” said Tony Whitehouse, fleet manager at M&S, “but of course the only measure of this will be if we see a significant reduction in the frequency and cost of collisions that we currently experience.”

Mark Nicholson, Brigade’s marketing manager, commented, “The 360-degree view of a rigid vehicle presented in a single image makes it easier and quicker for a driver to assess potential hazards. It is great that a company like M&S is willing to work with us to develop these safety benefits for articulated vehicles, too.”

Related Content

  • April 26, 2021
    Crash course in workzone safety
    A vehicle crashing through a workzone is an ever-present risk. As US National Work Zone Awareness Week approaches, Alan Dron asks what chance there is of improving the situation
  • June 2, 2014
    Machine vision makes progress in traffic applications
    Machine Vision technology is easing the burden on hard-pressed control room staff and overloaded communications networks.
  • October 31, 2016
    Average speed cameras reduce injury collisions, says report
    Research carried out into average speed camera (ASC) effectiveness by the UK’s RAC Foundation concludes that the implementation of ASCs in the locations that have been assessed in its report has had the effect of reducing injury collisions, and especially those of a higher severity. Even taking into account other influencing factors, the report says the reductions are large and statistically significant. Researchers analysed detailed accident data taken from 25 sites where average speed cameras were inst
  • November 13, 2015
    New illuminator from Raytec delivers panoramic illumination
    Raytec’s new range of Panoramic Ultra infra-red illuminators is designed for all PTZ dome, wide angle and multi-sensor cameras covering a large area. It provides powerful wide angle 180-degree illumination to allow these cameras to generate outstanding images at night, at distances up to 150 metres and beyond – all from one illuminator.