Skip to main content

Cleveland Bridge is all decked out on the England’s A14 scheme

As part of Highways England’s A14 upgrade project from Cambridge to Huntington, Cleveland Bridge installed two 1,050tonne pre-assembled bridge decks in just 11 hours. Months of detailed planning and client liaison ensured the 47.5m-long bridge decks, each containing 330tonnes of steel and 720tonnes of concrete, were successfully travelled to the site and lowered onto the abutments. On-site civil engineering works were undertaken by the A14 Integrated Delivery Team, a joint venture between Costain,
June 4, 2019 Read time: 2 mins
Abutment bound: each of the two 47.5m long bridge decks contained 330tonnes of steel and 720tonnes of concrete
As part of 8100 Highways England’s A14 upgrade project from Cambridge to Huntington, Cleveland Bridge installed two 1,050tonne pre-assembled bridge decks in just 11 hours.


Months of detailed planning and client liaison ensured the 47.5m-long bridge decks, each containing 330tonnes of steel and 720tonnes of concrete, were successfully travelled to the site and lowered onto the abutments.

On-site civil engineering works were undertaken by the A14 Integrated Delivery Team,

a joint venture between 2319 Costain, 2296 Skanska, 1146 Balfour Beatty, 3005 Atkins and 2874 CH2M. Pouring of the concrete abutments took place simultaneously to the production of the decks’ 12 girders at a Cleveland Bridge factory.

The original scheme called for erecting the bridge decks piecemeal using a crane. This would have involved closing the A14 for a number of weeks. Instead, the decks were constructed near the new bridge site and, using self-propelled modular transporters (SPMTs), travelled a short distance down the closed A14 to the abutments. This meant much less disruption to traffic. It also reduced project delays - SPMTs can better operate in high winds in comparison to cranes.

The preferred option, though, required the development of a large preparation area – an adjacent field - to accommodate the welded girders. There was also significant elevation difference between the assembly area and the A14 carriageway. A large amount of fill and regrading works were required as the SPMTs were limited to a gradient of 4%.

Meanwhile, instead of delivering the bridges as part-length paired-girders and then welded on-site, they were delivered as full-length single-girders – saving about three weeks. When on site, the single girders were braced together and handed over to the A14 Integrated Delivery Team before reinforced concrete was added.


The A14 was closed to traffic at 9pm on a Friday to allow the sections of the existing A14 carriageway to be infilled and regraded to accommodate the SPMTs. The decks were then lifted from a series of trestles onto the SPMTs which eased them along to the abutments for lowering into position.

The bridges were installed during an 11-hour period and the road reopened by noon on Sunday – 18 hours ahead of schedule.

For more information on companies in this article

Related Content

  • Diefenbaker Bridge saved from tolling
    February 11, 2020
    Canada's Prince Albert city will not toll the ageing two-lane Diefenbaker Bridge
  • Premium ponds
    April 25, 2012
    A series of balancing ponds are being used to create a sustainable drainage solution on the Highways Agency’s £375m 28km dual carriageway extension of the A46 in Nottinghamshire. Fearing that a doubling of the surface area of the Newark to Widmerpool trunk road would create excessive high surface water runoff, principal contractor Balfour Beatty and their consultant engineers, URS Scott Wilson, designed 12 balancing ponds, with the outfall from each controlled by Hydro International’s Hydro-Brake Flow Cont
  • Premium ponds
    May 3, 2012
    A series of balancing ponds are being used to create a sustainable drainage solution on the Highways Agency’s £375m 28km dual carriageway extension of the A46 in Nottinghamshire. Fearing that a doubling of the surface area of the Newark to Widmerpool trunk road would create excessive high surface water runoff, principal contractor Balfour Beatty and their consultant engineers, URS Scott Wilson, designed 12 balancing ponds, with the outfall from each controlled by Hydro International’s Hydro-Brake Flow Cont
  • Tunnels eliminate bottlenecks
    February 10, 2012
    Some of the bottlenecks on the multi-lane Mittlere Ring, Munich, Germany, one of the main arterial roads circling the city centre have been eliminated by the addition of new tunnels. The Luise-Kiesselbach Square, the last section of this road improvement effort, is an important traffic hub south-west of the city where motorways A96 from Lindau and A5 from Garmisch meet, causing long delays in daily rush-hour traffic, writes Patrick Smith.