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Farnham with Stratford St Andrew, Hacheston, Leiston, Leiston-cum-Sizewell, Marlesford, Melton, Middleton cum Fordley, Theberton and Eastbridge, Woodbridge

Main Development Site

Activity: Wide Load

Start date: 10th May 2024

End date: 18th May 2024

AIL movements in relation to the Sizewell C Project.

Updated 15 May

Week commencing 13 May 2024

On Monday 13 May, there are three wide load movement that will be police escorted. These load will be travelling to the Temporary Construction Area, delivering dumper trucks and are expected to arrive at 09:00 am.

These loads will follow the designated route to and from site – A12, B1122 east, and Lovers Lane.

On Wednesday 15 May, there is one wide load movement that will be police escorted. This load will be travelling to the Temporary Construction Area, delivering an bulldozer and is expected to arrive at 09:00 am.

On Thursday 16 May there will be two wide load movement, both of which will be removal of plants from site.

The first collection will be the removal of a excavator from Temporary Construction Area, and is expected to leave at 11:00 am. This load will be self-escorted

This load will follow the designated route to and from site – Lovers Lane, B1122 west and the A12.

The second will be the removal of a dumper from Ancillary Construction Area, and is expected to leave at 12:00 noon. This load will be police escorted.

This load will follow the designated route to and from site – Kings George Ave, Lovers Lane, B1122 west and the A12

On Friday 17 May, there is one wide load movement that will be police escorted. This load will be travelling to the Temporary Construction Area, delivering an excavator and is expected to arrive at 10:00 am.

These loads will follow the designated route to and from site – A12, B1122 east, and Lovers Lane.

This load will follow the designated route to and from site – A12, B1122 east, and Lovers Lane.

Please do contact info@sizewellc.com if you would like to sign up to our email notification service about our wide and abnormal load movement.