Skip to main content

Sick introduces Free Flow Profiler

Sick has released a vehicle measurement system which it says enables accurate 3D profiling of vehicles across multiple lanes in free-flow traffic.
August 30, 2019 Read time: 2 mins
Sick has released a vehicle measurement system which it says enables accurate 3D profiling of vehicles across multiple lanes in free-flow traffic. The Free Flow Profiler is an all-weather system suitable for vehicle tolling and classification uses, especially in operations such as optimal weight loading of ferries or trains and for verifying vehicle dimensions to maximise revenue recovery, the company adds. During multi-lane, free road movement, Sick’s 2D Lidar sensors scan traffic and measu

The Free Flow Profiler is an all-weather system suitable for vehicle tolling and classification uses, especially in operations such as optimal weight loading of ferries or trains and for verifying vehicle dimensions to maximise revenue recovery, the company adds.

During multi-lane, free road movement, Sick’s 2D Lidar sensors scan traffic and measure vehicle length, width and height. The system can be enlarged to include multiple lanes or adapted with varying sensor layouts to obtain the required information for monitoring purposes.

According to Sick, the system has a range up to 40m and can profile all vehicle types from heavy road transport to passenger cars, towed vehicles and motorbikes.

Vehicle measurements are processed in the Sick Traffic Controller to produce a 3D model of each vehicle. The system captures vehicle dimensions, vehicle type, driving direction and lane assignment. Options to integrate vehicle classification, axle counting or detection of overheated vehicle parts can be added to meet specific local operator conditions and requirements.

Neil Sandhu, Sick’s UK product manager for imaging, measurement and ranging, says the solution is versatile “whenever accurate 3D vehicle profile is an advantage”.

“For example, warnings of over-height or over-sized vehicles approaching bridges or tunnels, or loading ferries so that the distribution of vehicles and weights is optimised,” he continues. “Up to 30 different automated vehicle classifications enable precise charging of toll fees.”

For more information on companies in this article

Related Content

  • Cestel showcases non-invasive WIM solution for bridges
    March 21, 2018
    Cestel says its MkIII SiWIM technology turns any bridge into a fully automatic weigh-in-motion system without disturbing the road surface. Sensors are fixed to the underside of the bridge deck beneath up to four lanes of traffic and the system is calibrated with vehicles of known weight passing individually, in opposite directions and in various combinations depending on the road layout. Having been calibrated, an algorithm then interprets the information to determine the number, weights, speed and
  • Tattile explores freedom of movement
    October 5, 2020
    Dense urban centres are complex enforcement environments – but camera-based traffic systems enable all aspects of monitoring, explains Massimiliano Cominelli of Tattile
  • Overcoming the toll fatigue paradox
    July 17, 2025
    Why does the most transparent funding mechanism – the simplest, clearest and most intuitively logical – face the strongest public resistance? Tim McGuckin ponders the reasons…
  • UK Home Office type approval for Truvelo’s D-CAM
    March 21, 2014
    Truvelo UK’s D-CAM digital speed and red light enforcement camera has now gained UK Home Office Type Approval. The camera has been approved for both front and rear photography which, together with choices for the positioning of road markings for secondary speed checks, dramatically increases siting flexibility, as well for as speed on green enforcement. A patented solution which forms a part of the Home Office type approval is the ability to monitor signal phases on newer-generation LED traffic lights.