Skip to main content

Advanced vehicle monitoring technology

PIPS Technology has commissioned two Journey Time Measurement Systems (JTMS) in Gravesend and Tunbridge Wells for Kent Highway Services (KHS) in the UK. The JTMS locations consist of 34 Automatic Number Plate Recognition (ANPR) cameras and JTMS software all provided by PIPS Technology.
March 2, 2012 Read time: 2 mins
Roads in the english county of Kent now feature vehicle monitoring systems from PIPS technology
202 Pips Technology has commissioned two Journey Time Measurement Systems (JTMS) in Gravesend and Tunbridge Wells for Kent Highway Services (KHS) in the UK. The JTMS locations consist of 34 Automatic Number Plate Recognition (ANPR) cameras and JTMS software all provided by PIPS Technology.

The PIPS JTMS solutions installed in Kent both feature a network of award-winning P372 integrated Spike ANPR cameras, linked by wireless communications to the JTMS software. The Spike cameras are able to read the number plate of every vehicle that passes and sends time stamped and encrypted data back to the JTMS server.

The JTMS server calculates journey times from the data collected and forwards them to a common database which calculates journey times from systems all over Kent. To calculate the journey time the JTMS database uses the data transmitted from PIPS cameras and calculates how long it takes each vehicle to travel from one part of the network to another. From this an average time is calculated so that users know how well the traffic is flowing. Journey time data is useful as it can be transmitted to the roadside to communicate travel times to drivers by variable message signs (VMS) and allows planners to see areas of the road network which are not flowing as they should.

The system in Kent is being used to monitor journey times and alert operators in the KHS Traffic Management Centre of possible congestion and delays on the network. In total there are 21 different camera sites featuring PIPS Spike cameras spread across the two individual project locations, all of which are on single lane carriageways.

For more information on companies in this article

Related Content

  • Importance of road/tunnel drainage systems
    May 8, 2012
    A variety of systems are available for quickly and efficiently removing water from roads as Patrick Smith reports. The presence of water in a highway layer reduces the bearing capacity of the road, and in doing so it also reduces the structure's lifetime. Indeed, the recent extremely cold winter in many parts of Europe has shown that in colder climates there is a risk of frost damage when water is present resulting in costly potholes, so drainage systems performing properly are important in road design.
  • Widening works: road user’s nightmare or operator’s challenge?
    March 14, 2017
    Early - and continuous planning - is essential for successful road widening projects. By Nina Sacagiu, project manager, and Laurent Charles-Nicolas, project director, at Egis. Keeping goods and people moving safely is the primary objective of any transport authority across the world. Delivering this objective on motorways and making the most out of network capacity requires all the resources, skills and ingenuity of those in charge of managing the infrastructure. When the network can no longer cope wit
  • Indra’s Horus added to more tunnels on Bogotá-Villavicencio route
    January 7, 2019
    Spainish IT firm Indra has implemented its Horus management system for the Herradura, Moscosio, Culebra and Oro Perdido tunnels in Colombia. The new tunnels, between Cáqueza and Puente Quetame, are part of the Bogotá-Villavicencio highway, one of Colombia's busiest roads. Indra's platform now manages 15 tunnels on the highway. This new section of the highway was opened in November 2017. The four new tunnels will be controlled by the Horus traffic and tunnel management platform, an Indra proprietary produ
  • Improving safety for cyclists
    November 15, 2013
    New systems in development for protecting vulnerable road users - Mike Woof writes In many European countries the number of people using bicycles for commuting are increasing. This is being actively encouraged by city authorities as it offers an effective way to reduce traffic congestion, lower exhaust emissions and also improve public health. The Netherlands and Denmark have long had high percentages of commuters opting to use bicycles and other European countries are looking to capitalise on the experienc