Newport Half Marathon 2026: Road Closures and Runner Details

The city of Newport is set to host the KLA City of Newport Half Marathon on Sunday, March 1, 2026, with over 2,500 runners expected to participate. Several roads in the city will be temporarily closed or restricted to ensure participant and spectator safety.

Road Closures and Traffic Management

Road closures will start at 6 am and reopen in stages as runners pass. The 13.1-mile course winds through the city, with runners expected to finish by around 11 am. Traffic management measures, including bus route diversions, are in place to minimize disruption.

Bus Route Diversions

The Newport Bus company has announced diversions to most bus routes until 11 am on the event day. Passengers are advised to check the company’s website for up-to-date route information. Affected routes include the 16C Newport City Centre – Bettws (Circular) route.

Event Details and Impact

The KLA City of Newport Half Marathon is a popular event attracting runners from across the UK. The half marathon distance is a favorite among runners seeking a challenge without committing to a full marathon. The event’s impact on local traffic is expected to be significant, with several roads closed or restricted.

Additional Running Events in Newport

Several other running events are scheduled in Newport in the coming weeks, including the Newport News One City Marathon on February 28, 2026, featuring a full marathon, half marathon, 5K, and fun runs.

Minimizing Disruption and Ensuring Safety

Organizers are confident that the event will be a success, and traffic management measures will minimize disruption to local residents and businesses. Road closures and traffic management are necessary to ensure runner and spectator safety.

Practical Advice for Travelers

Anyone traveling through the city on the event day is advised to plan ahead and check road closures and diversions before setting out.

For more information, including course maps, start times, and road closures, visit the event website.