Vitronic presents autonomous speed enforcement

Vitronic will use the 2015 ITS World Congress to present its new Enforcement Trailer, a joint development with French partner Cegelec, that combines the traffic calming effect of fixed speed enforcement with the flexibility of a mobile solution. The Enforcement Trailer is equipped with Vitronic’s PoliScan Lidar measurement technology for unattended speed enforcement across multiple lanes and has a built-in power supply based on high performance batteries. It can operate independently for up to five days an
July 31, 2015 Read time: 2 mins
147 Vitronic will use the 2015 ITS World Congress to present its new Enforcement Trailer, a joint development with French partner Cegelec, that combines the traffic calming effect of fixed speed enforcement with the flexibility of a mobile solution.

The Enforcement Trailer is equipped with Vitronic’s PoliScan Lidar measurement technology for unattended speed enforcement across multiple lanes and has a built-in power supply based on high performance batteries. It can operate independently for up to five days and be deployed at sites where automated enforcement at work zones or remote rural roads has been particularly challenging.

Once positioned at the chosen location, the trailer is completely lowered onto the ground. A bullet-proof steel hull provides full protection from vandalism during operation. Case data can be transferred wirelessly to the back office so there is no need to open the trailer during deployment, further enhancing the system integrity.

The French Government has already ordered 150 Enforcement Trailer units to reduce the number of serious accidents in work zones on national roads.

“With the new Enforcement Trailer we offer a fully autonomous speed enforcement system that can be deployed almost anywhere”, says Boris Wagner, Head of International Sales at Vitronic. “It gives authorities unprecedented flexibility with a low total cost of operation since no human supervision is needed.”

For more information on companies in this article

Related Content

  • North Florida signals coordinated approach to congestion management
    October 7, 2013
    David Crawford investigates innovative congestion management in Florida. The largest US city by area is well into the implementation of an ambitious congestion management system (CMS) on the scale of those of higher-profile centres such as Seattle and San Francisco. Regional agency the North Florida Transportation Planning Organisation (NFTPO) aims to ensure that commuters on major highways in Jacksonville can rely on a minimum 72km/h (45mph) driving speed in normal conditions.
    Read More
  • Siemens wins UK government type approval for SafeZone
    May 28, 2012
    SafeZone, Siemens’ approach to average speed enforcement, has been approved for deployment in the UK by the Home Office. Designed, developed and manufactured by Siemens, SafeZone is a modular system which combines ANPR technology with advanced data processing and back-office systems. It uses the company’s Sicore cameras each of which can monitor two lanes of traffic in both directions, dramatically reducing the cost of deployment and system complexity.
    Read More
  • Sharing resources, reducing traffic management costs
    January 25, 2012
    Telematics Technology’s Peter Billington, Chair of the UTMC ANPR Working Group, on how common protocols can enhance local agency cooperation and significantly reduce costs
    Read More
  • Growth of legislation in favour of US enforcement market
    February 1, 2012
    The automated road safety enforcement industry in the United States had a very robust 2010. The industry continued to grow to the point that providers now have nearly 5,000 cameras deployed in 25 of the 50 states and the District of Columbia, with more than 650 communities utilising such life-saving technology. Intersection safety cameras are the most common application but more communities are also implementing road safety camera programmes to deter excessive speeding. Deploying cameras to protect children
    Read More

Highlighted Content