Heavy-duty radar detection

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.
February 3, 2012 Read time: 2 mins
4065 Brigade Electronics 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. As the company points out, most construction vehicles and mobile plant equipment have extensive blind spots which make manoeuvring both difficult and dangerous. Brigade's Xtreme Backsense system solves this by detecting moving and stationary objects around the vehicle and warning the driver in the cab.

The system warns the driver that an object is in range by means of both graduated visual and audible warnings. The visual display has five LEDs each representing one fifth of the detection range, whilst the intermittent audible sound increases in rate as an object becomes closer. Xtreme Backsense can be programmed to maximum detection ranges of six, eight or ten metres depending on requirements and has improved precision with the last graduation only 80cm from the sensor. This graduated warning system allows the driver to judge speed and direction with limited visibility.

Multiple sensors can be connected to the rear, front or side with a single display to increase the detection area and maximise safety. Additionally, Xtreme Backsense can be integrated with other vehicle safety devices which enhance operator awareness, such as camera monitor systems and reversing alarms, the latter also helping to warn other workers.
Air Quality & Weather Systems Location Based Systems

For more information on companies in this article

Related Content

  • Swarco installs 34 VAS cameras to calm speeding in Brent
    February 12, 2018
    Swarco Traffic has installed 34 Vehicle Activated Speed signs (VAS) at key locations in the UK borough of Brent to support its council in reducing collisions, road danger and accidents that involve powered two wheelers (P2Ws) such as motorcycles and mopeds. Motorcycles account for 19% of all road user deaths despite representing 1% of total road traffic, according to the National Think Road Safety Campaign.
    Read More
  • Sick unveils Free Flow Profiler for scanning vehicles
    May 20, 2019
    Sick has launched a vehicle measurement system which it says enables accurate 3D profiling of vehicles across multiple lanes in free-flow traffic. The Free Flow Profiler is an all-weather system suitable for vehicle tolling and classification uses, especially in operations such as optimal weight loading of ferries or trains and for verifying vehicle dimensions to maximise revenue recovery, the company adds. During multi-lane, free road movement, Sick’s 2D Lidar sensors scan traffic and measure vehicle l
    Read More
  • Lowering the barriers to combined control rooms
    March 29, 2017
    Integrating control rooms can improve traffic management, security and emergency response without excessive cost or compromising privacy. In the wake of the recent terrorist events in France and Germany where the transport system was exploited with deadly consequences, many governments and agencies are reviewing the security arrangements – particularly around popular and high profile events. Increasing security in transport systems that must remain accessible to the general public will not be easy but in ma
    Read More
  • ITS World Congress debates perceptions of enforcement
    December 4, 2012
    The technical programme of this year’s ITS World Congress in Vienna includes a special session on the image of enforcement. ITS International examines the scale of the problem and what can be done about it. Debate on the merits and difficulties of enforcing speed limits appears centred on a conflict of principles. Put very simply, local communities, people living close to busy or hazardous roads, want to see traffic speeds calmed. Drivers on those roads, on the whole, want their principle of freedom to be m
    Read More

Highlighted Content