Skip to main content

Upgrade for Humber Bridge toll system

Work has begun on an ambitious US$8 million project to implement an innovative new electronic tolling system at the UK’s Humber Bridge, where the existing systems have remained largely unchanged since the bridge opened in 1981. The project is set to be completed by autumn/winter 2014 and will include a major redevelopment of the tolling plaza and systems, together with the creation of some of the first open tolling free-flow lanes in the UK. These will enable drivers to cross the Humber Bridge without s
August 20, 2013 Read time: 2 mins
Work has begun on an ambitious US$8 million project to implement an innovative new electronic tolling system at the UK’s Humber Bridge, where the existing systems have remained largely unchanged since the bridge opened in 1981.

The project is set to be completed by autumn/winter 2014 and will include a major redevelopment of the tolling plaza and systems, together with the creation of some of the first open tolling free-flow lanes in the UK.  These will enable drivers to cross the Humber Bridge without stopping and are designed to reduce crossing times and congestion at busy times.

The number of traditional cash tolling booths reduced from six in each direction to three. These will also be redesigned to feature automatic barriers, in an effort to streamline the tolling and crossing process.

Customers opting to use electronic tolling will attach a small tag to their vehicle windscreen, which will be automatically read each time they cross the bridge. These tags will be tied to a customer account, which will then be debited each time they cross the bridge.

Benefits of the scheme include uninterrupted crossing, leading to faster journey times, a way to avoid fumbling for loose change or pre-paid tickets at the toll plaza, improved convenience and a user-friendly toll account.

Peter Hill, general manager and bridgemaster of the Humber Bridge, sees the project as a very positive step, as he explains: “The toll collection system currently in operation at the Humber Bridge has remained largely unchanged for the past thirty years, and still uses a fifteen year-old computer system, along with obsolete equipment and programming technology which requires an increasing amount of maintenance.

“When faced with the unavoidable need to replace the system, we made it our aim to provide bridge users with the most convenient crossing experience possible and opted to bring in a new scheme which will offer a modern, innovative and sustainable solution for the future.”

Related Content

  • Smart parking key to sustainable urban mobility
    April 26, 2013
    Smart parking looks like a market poised to take off in the US. It could bring many benefits, not just for parking facility operators and their customers but also for society as a whole. Steven Bayless, senior director, telecommunications and telematics at ITS America, looks at some of the opportunities and challenges involved. Parking is an estimated $24-25 billion industry in the US and although highly fragmented, it is experiencing a growing trend towards consolidation and outsourcing of parking operatio
  • Developments in signal head lens technology
    February 3, 2012
    Heads and tails Leading manufacturers of traffic signal systems discuss developments in signal head technology as well as some of the legacy issues which affect future deployments Transparent model of Dambach's ACTROS.line technology, showing the bus electronics in the signal head Cowls could be superseded by the greater use of lens technology
  • What will MaaS look like in 2031?
    October 25, 2021
    The next decade will see the humble trip planning app transformed by machine learning and AI, revolutionising the way we move around and interact with each other, says John Nuutinen of SkedGo
  • German authorities use CB-radio message to reduce accidents in roadworks
    April 8, 2014
    Citizen Band radio is proving useful to prevent accidents in Germany’s roadworks. In common with other German Länder (federal regions) with large volumes of commercial vehicles using their trunk road networks, Bavaria had been experiencing high levels of road traffic accidents (RTAs) involving heavy trucks in the vicinity of minor motorway maintenance sites. This was despite the extensive visual warning regulations published in the German federal road safety audit (RSA) guidelines for the protection of site