Skip to main content

ProTec-Tor 120 offers rapid access for emergency services

Mobile road restraint systems at roadworks, such as the narrow, high-containment ProTec family of crash barriers, prevent users from leaving the carriageway and heading into oncoming traffic and make it essentially safer to work on site. To keep vehicles moving at roadworks, it may be necessary to take the traffic through a lane onto the oncoming carriageway because the actual directional carriageway is being resurfaced. To separate the contraflow traffic, the individual crash barrier elements are connected
June 28, 2017 Read time: 2 mins
This way, please: the ProTec-Tor 120
Mobile road restraint systems at roadworks, such as the narrow, high-containment ProTec family of crash barriers, prevent users from leaving the carriageway and heading into oncoming traffic and make it essentially safer to work on site.


To keep vehicles moving at roadworks, it may be necessary to take the traffic through a lane onto the oncoming carriageway because the actual directional carriageway is being resurfaced. To separate the contraflow traffic, the individual crash barrier elements are connected by force-fit transitions and, depending on the requirements and extent of the roadworks, they will often stretch over several kilometres.

But in an emergency, it is frequently necessary to provide rapid access to the scene of an accident for the fire brigade, emergency services and police particularly in such special traffic flow areas. This is to provide effective help and assistance even in the confined roadworks situation.

The ProTec-Tor 120 - rapid access for emergency services allows for the mobile crash barrier to be opened quickly and easily without needing any tools.

Striking visual signs and a different pattern for the side reflectors make the ProTec-Tor clearly visible for the emergency services. The rapid access point can also be marked with a number or mileage indication.

Brief instructions on the element explain how to loosen the force-fit transition by hand in five easy steps so that the mobile crash barrier opens up easily like two large wing gates, with crank support.

The wing gates run on extendable rollers with a hinged opening of up to 180° in either direction. The hinge system even permits space-saving positioning of the opened ProTec-Tor elements parallel to the line of crash barriers.

In just a few seconds, this creates a large rapid access point for emergency services in the mobile crash barrier, without needing any tools.

Related Content

  • An array of barrier innovations is coming to market
    January 4, 2013
    Various developments are affecting the market for highway barriers - Mike Woof writes The global market for highway barrier products continues to see the introduction of new products and new standards. Some standards for barriers are also eagerly awaited and clarification is still required of the regulations surrounding motorcycle-safe barrier types. In recognition of the issues concerning bad weather on Europe’s roads in winter periods, a new amendment has been made to the EN1317 standard for safety barrie
  • Using ITS to maximise safety and traffic flow for cycling
    January 22, 2013
    Copenhagen, Denmark, has long been known as one of the world’s leading cities for cycling. In some areas of the city, the modal share of bikes has reached a level of as much as 50 %. And on some of the most frequently used bike paths the average daily number of cyclists is close to 30,000. As these numbers continue to rise, new ways of planning and implementing cycling infrastructure are needed. Increasingly, Danish traffic planners are turning to technology as a tool for planning cycling infrastructure. I
  • Golden Gate Bridge gets Lindsay Transportation Solutions barrier
    March 10, 2015
    The iconic Golden Gate Bridge in California is now benefiting from the introduction of a new moveable barrier. Supplied by US specialist Lindsay Transportation Solutions, formerly Barrier Systems, and a division of Lindsay Corporation, this purpose-built moveable central divider will help maximise capacity while simultaneously boosting safety on the landmark structure. Constructed in the 1930s and first opened to traffic in 1937, the Golden Gate has coped extremely well with the years. Soundly engineered,
  • Far from formulaic
    January 4, 2013
    Formwork solutions for the first axial suspension cable stayed bridge in India; and a four-lane road bridge in Germany’s Harz Mountains, are among the latest bridge-based formwork projects analysed by Guy Woodford. RMD Kwikform India has won the contract to design and supply shoring and formwork solutions for the first axial suspension cable stayed bridge ever built in India. The Kota Bridge’s innovative design sees a single 350m span cross the entire width of the Chambal River, with three approach spans on