Category: 2012 London

Installation of the 66 metre-long, 7.2 metre-wide and 350-ton steel Carpenters Land Bridge began at 3.30am on Christmas morning and was completed by 3.30pm that afternoon.

The bridge is a key part of the infrastructure for East Bank, the new £1.1 billion culture and education district being created on Queen Elizabeth Olympic Park. The new connection will link museums, theatres, music studios and UAL’s London College of Fashion with the new business district at International Quarter London.

GRAHAM’s team took advantage of the rail network Christmas shutdown to rotate the bridge into position and minimise disruption to three Network Rail lines, two DLR lines and Carpenters Road.

The bridge was manoeuvred into place using self-propelled modular transporters (SPMTs) rather than a traditional crane to reduce the risk of cancellation caused by potential high winds.  

The bridge deck was transported on the SPMTs along Carpenters Road in a jacked-up position circa 8-9 metres above ground level. It was supported on the SPMTs in a cantilever arrangement with a large counterweight of 450 tonnes to balance the bridge during installation. The bridge was finally rotated into position across the road and rail lines and lowered into position on top of a cill beam and portal frame, at either end of the bridge.

Rosanna Lawes, Executive Director of Development at London Legacy Development Corporation, said: “Our thanks go to all the hard-working construction staff who have made fantastic progress, especially those from GRAHAM and their contractors who were hard at work over the Christmas holidays to deliver this fantastic new bridge.”

Justine Simons OBE, Deputy Mayor for Culture and the Creative Industries, said: “The installation of the Carpenters Land Bridge is another key moment in the East Bank development. It will provide access to local people and visitors from around the globe to the world-leading institutions that are set to be based at the country’s new powerhouse of culture, education, innovation and growth.”