Skip to main content

Industry AMS cushions the blow for crashing motorists

Those with an interest in crash attenuation should make their way to the Industry AMS stand in Hall 4 where the company is showing some new additions to its range, including work zone and motorcycle-friendly solutions. Many of the company’s products use a collapsible, energy-absorbing honeycomb and a variation of this is used in a new moveable barrier end for temporary concrete barriers used to separate live lanes from work zones. The portable version is mounted on a very heavy cast iron base enabling it t
April 5, 2016 Read time: 2 mins
Roberto Impero Industry AMS

Those with an interest in crash attenuation should make their way to the 8331 Industry AMS stand in Hall 4 where the company is showing some new additions to its range, including work zone and motorcycle-friendly solutions.

Many of the company’s products use a collapsible, energy-absorbing honeycomb and a variation of this is used in a new moveable barrier end for temporary concrete barriers used to separate live lanes from work zones. The portable version is mounted on a very heavy cast iron base enabling it to be positioned at the end of the temporary lane dividers without needing to be fixed to the ground.

A more permanent version can be used at the end of Jersey barriers and the standard (non-portable) design has been approved to the American standard for stopping a 2.2t pick-up.

Another related innovation is a pole-mounted camera system called Geronimo that sits at the back of the crash cushion and records 10 seconds of video in an endless loop. If the crash cushion is impacted, the recording then stops and the video clip is automatically sent back to the control centre along with an alert that an impact has occurred.

The new City Crash Cushion is tested to 50km/h and sits on a 1m x 1m footprint. Where required, an aluminium cover containing attenuation can be specified to help protect motorcyclists unfortunate enough to impact the cushion.

Related Content

  • May 31, 2013
    Temporary traffic monitoring with Bluetooth and wi-fi
    David Crawford reviews developments in temporary ITS. Widespread take-up of technologies such as Bluetooth and wi-fi are encouraging the emergence of more sophisticated, while still cost effective, ITS responses to the traffic issues posed by temporary road situations such as work zones and special events. Andy Graham of traffic solutions specialists White Willow Consulting says: “A machine-to-machine radio link is far easier and cheaper than reading characters on a plate.” There can be other plusses. Tech
  • July 23, 2012
    Radar effective as detection tool for hard shoulder running
    Navtech Radar's millimetric-wave systems are being researched on the M42 in England to look into how this type of detector can assist in the opening of the hard shoulder as an additional running lane. Here, the company's Stephen Clark talks about the technology being used. In England, the Highways Agency's (the HA, an executive agency of the Department for Transport) Managed Motorways system - formerly called Active Traffic Management - uses electronic signs and signals mounted on gantries to direct drivers
  • June 12, 2015
    Temporary CCTV poses more challenges than permanent installations
    Long-term roadworks pose particular problems for temporary surveillance installations. Converting the hard shoulder to a running lane, either full- or part-time, is the UK Highways Agency’s solution to ease motorway congestion. This is leading to a number of long-term projects where large stretches of the hard shoulder are closed off by temporary concrete barriers and during these roadwork programmes, temporary CCTV cameras are deployed to monitor and record vehicle traffic and workers.
  • January 26, 2012
    What happens to an electric car in a frontal crash?
    At the Detroit Auto Show 2011, Volvo Cars is spotlighting the important issue of electric car safety in an unusual, but distinctive way. On the company's stand there is a Volvo C30 Electric that has undergone a frontal collision test at 40 mph (64 km/h).