Skip to main content

Hindhead Tunnel safety demonstration

A full scale major incident emergency exercise has been carried out in the UK’s brand new Hindhead Tunnel on the A3 in Surrey. Located just to the south of London, the A3 route carries heavy traffic volumes and the existing road link has been a major bottleneck for capacity as well as proving a safety risk for the area. The new tunnel, due to open soon will relieve traffic jams in the area and boost capacity.
April 20, 2012 Read time: 2 mins
RSSA full scale major incident emergency exercise has been carried out in the UK’s brand new Hindhead Tunnel on the A3 in Surrey. Located just to the south of London, the A3 route carries heavy traffic volumes and the existing road link has been a major bottleneck for capacity as well as proving a safety risk for the area. The new tunnel, due to open soon will relieve traffic jams in the area and boost capacity. However the link has also been designed with the latest safety technology and to meet the tough new European regulations on tunnel safety, introduced in the wake of two disastrous tunnel fires that caused multiple fatalities in Switzerland and Austria. At the 1.9km Hindhead Tunnel emergency crews from ambulance, fire and police services tested response times for a major incident. The staged scenario involved 16 mock casualties from two separate vehicle crashes and a serious fire underground. The emergency exercise involved 280 people and following the staged incident, car drivers, played by actors, began to walk outside to safety. Statistics suggest that a major incident can be expected in the A3 tunnel on average once every seven years, and a minor incident will lead to a tunnel closure every three years. The tunnel is due to open to traffic shortly. The link will carry some 30,000 vehicles/day and keep traffic away from the Devil's Punchbowl, a heathland site which is a special protection area for wild birds conservation.

Related Content

  • Green Light WIM
    July 30, 2012
    Beginning in the 1990s, Oregon was one of the first US states to use weigh-in-motion scales and transponder-based systems to enable trucks to avoid having to stop at weigh stations. Its Green Light preclearance system soon became a model for similar deployments throughout the country. Today, Green Light annually weighs and screens 1.6 million trucks as they approach 21 Oregon weigh stations and it preclears 1.5 million of them.
  • Monitoring during construction reveals benefits of new expressway
    June 6, 2014
    David Crawford reports on how the authorities in New Zealand are using Bluetooth technology to monitor the effects of a new expressway as it is being constructed. New Zealand Highway Agency (NZHA) is using Bluetooth-based vehicle detection to assess the impact of its biggest road building project as the various sections are completed. The large-scale deployment of a Bluetooth-based vehicle detection system is making substantial contributions to traffic data needs in progressing the new Waikato Expressway, a
  • Solar-powered traffic detection improves communication
    January 31, 2012
    Pete Goldin reports on a new wireless, solar-powered traffic detection system being used by Caltrans District 12. As more and more traffic data is necessary to satisfy the needs of traffic management centres and traveller information systems, and as traffic detection technology becomes more ubiquitous, transportation authorities are pressured to find more economical ways of expanding their detection systems. Caltrans District 12 is leading this push by deploying the latest detection system from Case Global
  • The control room revolution - LCD screens and IP technology
    July 17, 2012
    Coming soon to a screen near you: Brady O. Bruce and John Stark of Jupiter Systems discuss trends in control room technologies. Perhaps the single most important trend in the control room environment over the last 12-18 months has been the accelerated move towards the adoption of flat-screen Liquid Crystal Display (LCD) technology. Having made their presence felt in the home environment, where they continue to replace outdated cathode ray tube-based technology, LCDs have reached the point where their perfor