Highways England launches Maintenance Assistance Vehicle - MAV

Highways England has developed a vehicle to help replace overhead highway signs that it says will reduce the need to close lanes and roads during work The vehicle uses a hydraulic scissor lift similar to that seen on catering vehicles that load food into the hold of airplanes at airports. Traditionally, signs are taken down and installed using a flatbed truck, crane and cherry picker, taking up to 40 minutes. However, the Maintenance Assistance Vehicle (MAV) can do this in around 20 to 25 minutes by usin
July 7, 2016 Read time: 2 mins
Easier access with the MAV from Highways England
8100 Highways England has developed a vehicle to help replace overhead highway signs that it says will reduce the need to close lanes and roads during work

The vehicle uses a hydraulic scissor lift similar to that seen on catering vehicles that load food into the hold of airplanes at airports. Traditionally, signs are taken down and installed using a flatbed truck, crane and cherry picker, taking up to 40 minutes. However, the Maintenance Assistance Vehicle (MAV) can do this in around 20 to 25 minutes by using a small jib crane which is part of the vehicle.

Road workers have trialled the MAV and have had to shut down fewer lanes for the operation. Highways England said the device provides a safer environment for workers because they are standing on a sturdy platform.

Once the platform is raised to the required working height, the jib crane attaches to the sign on the gantry and lifts it off.  Operatives then detach the sign, place it onto a trolley on the platform and wheel it into the main compartment of the vehicle. The procedure is reversed when installing an electronic sign.

The hydraulically powered scissor lift enables the signs, which are often found on smart motorway gantries, to be serviced at heights of up to 8.5m and in wind speeds of up to nearly 50kph. CCTV cameras enable the MAV driver to park the vehicle in the correct place below the gantry before any maintenance takes place and monitor operatives working at the back.

Highways England said it is examining the best way for its contractors to purchase the machines. It is estimated that if the device were widely adopted it could save up to €5 million a year. Consideration is also being given as to whether it could be used to improve safety for other duties on England’s motorways and major A roads.

For more information on companies in this article

Related Content

  • TRA 2014 showcases the best of cutting-edge transport research and thinking
    July 1, 2014
    Despite tight finances due to the current global economic climate, the recent Transport Research Arena (TRA) 2014 show in Paris showed how innovative transport research, largely using cutting-edge ITS, is creating safer and smarter highways of the future. Guy Woodford reports How far can you drive around a car race track with no other vehicles on it on half a glass of fuel while attempting to maintain a speed of 60kph? After taking up the challenge offered by the Eco Driving Simulator using SiVIC (Simulatio
    Read More
  • Safety barriers deliver valuable road user protection
    February 14, 2012
    Safety barriers provide an invaluable service for all road users, Mike Woof reports The safety barrier market is a key one for the highway sector, with systems providing valuable protection for all categories of road users. The importance of passive protective devices such as safety barriers can often be overlooked by the road user but is well-understood by highway designers. Redirecting an errant vehicle back into the roadway and preventing it from crossing into traffic flowing in the other direction or fr
    Read More
  • Forming iconic structures
    July 18, 2012
    Specially designed and constructed formwork is being used to create some iconic bridges worldwide The Golden Ears Bridge over the Fraser River will unite the municipalities of Richmond, New Westminister and Delta in the scenic British Columbia province of Canada. The bridge, part of a CAD$800 million (US$670 million) project, is an 'extra dosed' cable stayed bridge, which means the deck will be supported by both cables and the structure itself. This design reduces the overall height of the two towers as req
    Read More
  • HA dismantles footbridge over M5 in England
    January 3, 2013
    Contractors worked solidly throughout the night during one Saturday and early Sunday morning in November (2012) to dismantle the Pegwell Brake footbridge over the M5 near Bristol, south west England. The concrete footbridge, located between junctions 16 and 17, needed to be demolished to make way for a new steel pedestrian bridge suitable for high-sided vehicles to pass under when the managed motorway is fully operational and the hard shoulder is used as a running lane. The dismantling and removal of the
    Read More

Highlighted Content