Express & Star

Here's how huge new HS2 bridge was lifted into place in a matter of hours

HS2 moved a 1,600-tonne steel and concrete bridge into place in Birmingham in just five hours.

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The new bridge in place

The new Aston Church Road bridge in Saltley, which is 84 metres long and 21 metres wide, was moved over the existing Birmingham to Derby railway line.

It will also sit above the new HS2 tracks as high speed trains travel in and out of Birmingham.

The bridge provides an upgraded, safer section of Aston Church Road including cycleways, which connects Saltley, Washwood Heath and Nechells in north-east Birmingham.

The work started at 10pm on Saturday and the bridge reached its final position at 3am on Sunday.

The operation was delivered by HS2’s main works contractor in the Midlands, Balfour Beatty VINCI, and its specialist bridge move contractor Mammoet, during a Network Rail blockade. The railway was handed back to Network Rail five hours earlier than planned.

It was built on land next to the existing railway and moved into position in one operation over one weekend.

Heavy lifting engineering experts Mammoet moved the bridge into place using two 128-wheeled self-propelled modular transporters across a matting bed put down over the tracks by Pod-Trak to provide a level surface.

Steve Powell, HS2’s head of delivery, said: “This is another great construction milestone for HS2 in the West Midlands, with our teams using the most innovative techniques to deliver feats of engineering safely and efficiently.

“It’s also a great example of how the new infrastructure we’re building for HS2 also upgrades the local road network, providing big improvements for local communities.”

In the coming weeks, all the other structures around the bridge, along with the steel assembly of the parapet panels, will be completed.

Over the next 14 months, the original Aston Church Road bridge will be demolished to create the extra space for the HS2 line to pass through, and works will get underway to connect the new bridge to the existing road network.