Yarmouth Rd Closure

Yarmouth Road, Kirby Cane, is set to be closed from 4:26 PM on 11th August 2026 until 4:26 PM on 18th August 2026, as Norfolk County Council undertakes urgent roadworks. This medium-severity disruption affects Yarmouth Road, located in the vicinity of Kirby Cane, nearest to the city of Norwich. Motorists are advised to expect significant delays and plan their journeys accordingly.

The closure is attributed to the ongoing roadworks, which are deemed immediate and urgent. The exact cause of the disruption was not provided by the highway authority. As a result, Yarmouth Road will be inaccessible to drivers during the specified period. Those reliant on this route are urged to explore alternative routes to avoid potential congestion and time loss.

The duration of the closure is approximately seven days, and drivers are advised to check for the most recent updates on traffic before embarking on their journeys. Utilising traffic apps and keeping an eye on social media will greatly aid in obtaining real-time information regarding the roadworks and any subsequent changes to the closure. Motorists are also encouraged to consider using alternative modes of transportation, such as buses or cycling, if feasible.

Drivers who must travel through the area are advised to anticipate delays and allow sufficient time for their journey. The diversion route is not specified, but drivers can expect to be redirected via the nearby roads. Motorists are urged to exercise caution and follow the instructions of the traffic management team on site.

Norfolk County Council is responsible for the ongoing roadworks and will be working diligently to complete the necessary repairs as quickly as possible. The exact cause of the disruption is not yet known, but the council assures that they will provide regular updates on the status of the roadworks.

Motorists are reminded to check Road Closures UK for the most up-to-date information on road closures and traffic disruptions across the UK. This will enable them to plan their journeys efficiently and avoid any unnecessary delays.