Unique city footbridge to close for specialist maintenance scheme 

Scale Lane Bridge
Image source, Hull City Council
A graphic showing Hull's Community Plan, and the Safe and Welcoming Neighbourhoods ambition of the plan.

As part of Hull City Council’s infrastructure investment programme, Scale Lane Footbridge will temporarily close next month while complex maintenance works are undertaken to improve its reliability. 

Following extensive investigations earlier this year, Hull-based consultancy, Mason Clark Associates, on behalf of the council, has developed a specialist maintenance programme to enhance the bridge’s reliability and support its long-term operation. 

The works will include the replacement of key connection bolts within the bridge’s swing mechanism. This will improve reliability, supporting a return to routine bridge openings, which are currently limited to essential river traffic and emergency situations. 

To help inform future proactive repair and maintenance works, and ensure the bridge continues to operate as intended, engineers will also undertake tests to gather valuable data about how the structure is balanced and performs in service. 

Together, these works will help safeguard the future of the bridge, reduce the likelihood of significant intervention and ensure this unique city landmark can continue to be used safely by residents and visitors alike. 

The scheme will take place from Tuesday 3 November to Wednesday 18 November 2026. 

During this period, the footbridge will be closed to pedestrians and cyclists, reopening in time for the Christmas light switch on in Hull City Centre. 

During the closure period a signed diversion will be in place via Millenium Footbridge. In addition, pedestrians and cyclists will also be able to use Drypool Bridge to cross the river.  

Councillor Mark Ieronimo, cabinet portfolio holder for transport and infrastructure at Hull City Council said: “Scale Lane Footbridge is a unique and complex structure, and, like all moving bridges, requires specialist maintenance to ensure it remains safe and reliable.  

“By undertaking these specialist works, we will address identified issues with the footbridge’s swing mechanism while gathering valuable information to help plan future maintenance and support its long-term reliability.  

“We appreciate that this short-term closure will cause some disruption. However, the works have been carefully planned with the aim of reopening the bridge ahead of the Christmas lights switch-on and the busy festive shopping season. 

“We’d like to thank residents and local businesses for their patience and understanding as we carry out these works to improve the reliability of this vital crossing for years to come.” 

Andy Thompson, director of bridges at Mason Clark Associates, said: “The investigations undertaken at Scale Lane Footbridge have highlighted how important it is to understand not only the condition of individual components, but how the structure performs as a complete moving bridge. 

“Replacing the connection bolts will address a specific issue identified within the swing mechanism, while we will also collect important data on its balance and load distribution. This information will give us a stronger technical basis for future maintenance decisions and help support the bridge’s continued reliable operation.  

“Scale Lane is a highly distinctive structure, and we are pleased to continue supporting Hull City Council in looking after it for the long term.” 

Linking Scale Lane with Tower Street, the footbridge is a key crossing from east to west, and forms part of the Trans Pennine Trail cycle link to the Ferry Terminal.   

With its bespoke design, it is the only moving bridge in the world where people can stay on it as it swings open and has won many prestigious national and international awards.    

For more information, visit Scale Lane Footbridge | Programmes – Bridges | Hull. 

For more information on the council’s long-term infrastructure maintenance programme, visit Infrastructure maintenance programme | Bridges and structures | Hull.