Brighton Road Closed: Tillstone St

Tillstone Street in Brighton will be subject to roadworks from 13 August 2026 at 08:45 until 19 August 2026 at 15:00. The works will take place on Tillstone Street itself, causing disruptions to drivers in the area. The highway authority responsible for the roadworks is Brighton & Hove City Council.

Motorists are advised to expect delays and plan alternative routes to avoid the affected area. Roadworks are often unpredictable, so it's essential to check traffic apps regularly for updates on traffic congestion. These apps can provide real-time information on road conditions and help you make informed decisions about your journey.

The roadworks on Tillstone Street are classified as medium severity, meaning they may cause some disruption but should not be severe enough to cause significant traffic jams. However, with the works taking place during morning and afternoon rush hours, drivers can still expect some delays.

To ensure a smooth journey, drivers are recommended to leave extra time to reach their destination and consider using alternative routes. The highway authority has put measures in place to minimize the impact of the roadworks, but it's essential to remain vigilant and plan ahead.

The roadworks are an urgent priority, with works scheduled to start on 13 August 2026 at 08:45. The expected duration of the works is until 19 August 2026 at 15:00. During this time, Tillstone Street will be closed to traffic, and drivers will need to find alternative routes to reach their destination.

If you're planning to travel through the area during the roadworks, it's crucial to check traffic updates regularly. You can use traffic apps on your smartphone or check the highway authority's website for the latest information on road conditions. The website will provide updates on the roadworks and any changes to the planned schedule.

For the latest information on the roadworks and to plan your journey, visit Road Closures UK for live updates and expert advice on navigating the affected area.