Skip to main content

Jenoptik installs police-enforced average speed scheme on private roads

Company says ANPR set-up at DP World logistics park near London will cut collisions
By Adam Hill March 7, 2023 Read time: 2 mins
Members of the public had been using the private roads "as a racetrack" (image: Jenoptik)

Jenoptik has installed an average speed camera enforcement scheme to make roads safer at a major logistics park near London.
 
The company says it is the first time an average speed scheme has been installed on private roads in the UK.

Offences at the DP World complex at the London Gateway port in south Essex will be enforced by Essex Police as they would on any other road, with the same penalties.  

Under the Road Traffic Act 1984, the private network is still subject to all traffic laws because roads are accessible to the public.
 
Jenoptik says there had been "a number of incidents on its roads due to speeding, both by members of the public using the roads as a racetrack, and staff at businesses based there not adhering to the limits".
 
As a result, 16 Jenoptik SPECS3 Vector cameras have been installed to cover three main routes across the site - the 40 mph Port Access Road, the 30mph Ocean Boulevard and Atlantic Avenue.

They have been mounted on existing street lighting columns, thus minimising infrastructure costs. The enforced limits have been applied with Traffic Regulation Orders and signing checked to ensure they are legally enforceable.

The ANPR technology monitors vehicles as they pass fixed points on the road, then calculate the time taken compared with how long it should take if the vehicle was driving at the speed limit. 

Jenoptik says research shows fatal and serious collisions are reduced by 50% following installation of the technology.
 
Account manager Timo Thornton said the time from order to completion was just 12 weeks.

Related Content

  • Simplifying enforcement systems type approval
    August 1, 2012
    Martyn Harriss looks at what we can do to simplify the type approval of enforcement equipment in Europe. I doubt that there are many who can remember the days when policemen hid in the bushes with stopwatches and flags to catch speeding motorists - and I'd suggest that back then there were few who were caught who would have dared question the accuracy of those watches or those who operated them. Probably, fewer still here in Europe could have dreamt that a supranational body such as the European Union (EU)
  • Making enforcement multi-functional
    June 23, 2016
    New enforcement equipment is coming onto the market apace, as Colin Sowman discovers. If there is one word that epitomises the current trend in enforcement technology then that word is consolidation: multi-function cameras, miniaturisation and combining radar and visual detection methods. One example is Turkish company Ekin Technology’s recently introduced Micro Plate is claimed to be the smallest licence plate recognition device. In addition to logging licence plate data, the system records speed, date, ti
  • Automatic speed enforcement in Finland
    February 1, 2012
    In 2004, Finland extended its automatic speed enforcement from 280 to 800 road kilometres. Risto Öörni of the VTT Technical Research Centre of Finland, explains the costs and the benefits. Automatic speed enforcement in Finland is operated by the police and is based on cameras installed on poles along main roads and mobile semi-automatic speed enforcement units installed in police cars.
  • Jenoptik uses sensor fusion to avoid monitoring confusion
    January 26, 2018
    Jenoptik’s Uwe Urban looks at the advantages of ‘sensor fusion’ for the ITS sector. When considering the ideal sensing and monitoring system to enable the ITS sector to deliver improvements in mobility and road safety, for general policing security and border protection, we have to think beyond radar-base systems or laser scanners. What is needed today are solutions for detecting and tracking vehicles while recording evidence to deacide if any action is necessary. There is no sole sensor capable of