Skip to main content

Free-flow tolls for new £2bn Thames crossing

More than 27 million drivers annually may use the planned Lower Thames Crossing near London
By David Arminas November 16, 2020 Read time: 2 mins
Artist’s impression of the Lower Thames Crossing’s northern tunnel entrance in the county of Essex, looking south (image: Highways England)

Highways England’s planned £2 billion Lower Thames Crossing will have a free-flow charging system, similar to that of the nearby Dartford Crossing.

Highways England has just tendered for what will be the government-owned agency’s largest-ever contract that will include Britain’s longest road tunnel, a 4.2km-long twin tunnel under the River Thames, east of London.

There will also be traffic regulation measures that include prohibiting use by pedestrians, low-powered motorcycles, cyclists, horse riders and agricultural vehicles.

The existing Dartford Crossing, which was designed for 135,000 vehicles a day, often sees 180,000 a day. It also can take three to five hours for the roads to clear following a closure.

In its first year, more than 27 million drivers are forecast to use the Lower Thames Crossing, providing much-needed relief at Dartford.

The Crossing will improve journeys by almost doubling road capacity across the Thames River, thanks to 23km of new road of three lanes in both directions. 

Work could start in early 2022, according to Highways England, which is responsible for modernising, maintaining and operating England’s motorways and major A roads. 

At 16m wide, the tunnels - one for southbound traffic, the other for northbound traffic - will be some of the largest bored tunnels in the world, says the agency. The scope also includes portal buildings, approach roads and the tunnel systems.

The agency said that it expects that three applicants will be shortlisted to move forward into a competitive dialogue stage.

The tunnels and approaches contract is the first of the three main works contacts for the scheme. Following this deal will be the Roads North and the A2/M2 contracts which are expected to be announced early next year.

“The Lower Thames Crossing is the most ambitious road project this country has seen since the M25 was completed nearly 35 years ago,” said Matt Palmer, executive director of Lower Thames Crossing. 

“The scheme will relieve congestion at the Dartford Crossing by providing a new free-flowing road, almost doubling road capacity across the Thames and supporting sustainable local and regional economic growth.”
 
Keith Bowers, tunnels and systems director for the Lower Thames Crossing, added: “We have committed to targets that mean by 2040 nobody will be killed or seriously injured on our roads and motorways and we need our contractors’ design and delivery to meet that target for our road users and workers.”
 

Related Content

  • October 7, 2013
    Keeping over-height and overheating vehicles out of tunnels
    A review of pre-warning solutions for problematic commercial vehicles approaching tunnels
  • August 20, 2015
    New system to prevent Hazchem and over-height vehicles entering tunnel
    An impending move to free-flow charging prompted a search for automated dangerous goods identification and over-height detection systems at the Thames Crossing to the east of London. Manned toll booths are increasingly being consigned to history by the onslaught of all-electronic charging. However, a secondary function of the traditional manned plazas has been to prevent non-compliant vehicles using the facility or to tell a driver that that they need to use a specific lane or wait for an escort. Automating
  • June 29, 2023
    Conduent joins Emovis on Dartford Crossing toll
    Free-flow bridge/tunnel crossing of River Thames near London sees 160,000 vehicles a day
  • March 17, 2014
    Dynamic lane closures cuts time, cost and congestion on Motorway roadworks
    A combination of technologies is leading to major congestion and cost reductions during roadworks on the UK’s motorway network. Innovative construction programme scheduling technology and the deployment of moveable barriers has achieved substantial savings of money and time on UK motorway roadworks managed by the Highways Agency (HA). This combination has set the scene for a new generation of road usage analysis tools. The HA’s objective was to reduce the congestion caused by lane closures during roa