Skip to main content

Truck camera technology trial hailed a success

A three-month trial of 360-degree camera technology carried out by Brigade Electronics and Continental has been hailed a success by the two companies. Said to be the first trial of the technology on a fleet of large articulated heavy goods vehicles (HGVs), the project used the Brigade Backeye360 Elite system with Continental’s powerful ASL360 camera system on a fleet of rigid and articulated HGVs owned by UK retailer Marks and Spencer. Backeye360 Elite uses four ultra-wide angle camera lenses mounted
November 26, 2014 Read time: 2 mins
A three-month trial of 360-degree camera technology carried out by 4065 Brigade Electronics and 260 Continental has been hailed a success by the two companies.

Said to be the first trial of the technology on a fleet of large articulated heavy goods vehicles (HGVs), the project used the Brigade Backeye360 Elite system with Continental’s powerful ASL360 camera system on a fleet of rigid and articulated HGVs owned by UK retailer Marks and Spencer.

Backeye360 Elite uses four ultra-wide angle camera lenses mounted on the vehicle to capture all blind spots. Simultaneous digital images from the camera are processed and video-stitched, resulting in a real-time bird’s-eye view, delivered to the driver’s monitor in a single image. The system will help to avoid accidents with pedestrians and cyclists, as well as damage to the vehicle, by making it easier and quicker for a driver of an articulated HGV to assess and react to potential hazards.

Tony Whitehouse, fleet manager at Marks and Spencer said; “We’ve been trialing the system now on rigid and articulated vehicles in our fleet, and proven its utility in real-world situations that our drivers face daily. Drivers’ feedback is that they fully expect it to make a positive contribution to the safety of our vehicles, employees and other road users.”

Andrew Gilligan, Cycling Commissioner for London said; “I am pleased to see a marked progress in the use of advanced driver assistance systems (ADAS) on large vehicles. Surround View systems offer a great aid to drivers in incident avoidance, making London’s roads a safer place to cycle, walk and motorcycle. Safer roads for everyone result in the driving down of the human and economic cost of serious incidents on the capital’s roads.”

Related Content

  • Navtech highlights radar’s cost-effectiveness
    October 23, 2012
    At this year’s ITS World Congress, Navtech Radar will be demonstrating the cost-effectiveness of using radar for Automated Incident Detection (AID) and other applications. “Radar’s capabilities, even in extremely challenging visual conditions, are now proven beyond doubt and we’ve been working over the last couple of years to make procurement and operation very cost-competitive,” says Navtech’s founding partner Stephen Clark. “System for system, radar compares well with CCTV but once performance is taken in
  • Taking the hassle out of parking
    April 29, 2015
    A team of senior electrical and computer engineers from Rice University in Houston, Texas, has developed a new parking technology called ParkiT, with the aim of making it easier to find a parking space in a crowded car park. The team claims the new system is cheaper than sensor technology currently being used and would provide car park managers and attendants with real time information on available parking spaces. That information could then be shared with drivers through electronic signs or a driver-fri
  • Heavy-duty radar detection
    February 3, 2012
    Brigade has launched a new heavy-duty radar detection system to enable construction vehicles and mobile plant equipment to manoeuvre more safely, preventing costly vehicle damage.
  • Camera technology a flexible and cost-effective option
    June 7, 2012
    Perceptions of machine vision being an expensive solution are being challenged by developments in both core technologies and ancillaries. Here, Jason Barnes and David Crawford look at the latest developments in the sector. A notable aspect of machine vision is the flexibility it offers in terms of how and how much data is passed around a network. With smart cameras, processing capabilities at the front end mean that only that which is valid need be communicated back to a central processor of any descripti