Wrexham 10k September 2027

Dive into the stunning landscapes and dynamic energy awaiting you at the Wrexham 10k on Sunday, September 19th, 2027. Organised by Active Leisure Events—the team behind numerous accolade-winning races in Chester—this inaugural event promises an unforgettable running experience for all participants.
The race begins and concludes at Queensway Stadium, with a meticulously planned route that takes runners through Wrexham’s charming countryside whilst staying conveniently close to the city centre. Enjoy captivating views as you run past lush greenery and vibrant natural surroundings, creating an engaging environment that makes every step worthwhile. This scenic 10k course not only showcases the best of what Wales has to offer but also ensures a comfortable running experience with well-planned road closures for your safety.
Active Leisure Events is renowned in the event planning industry for its dedication to quality and meticulous attention to detail, ensuring all runners have an enjoyable day filled with picturesque sights. As you traverse this unique course, breathe in fresh air while being immersed in nature’s beauty right from within walking distance of Wrexham's bustling urban hub.
Secure your spot early by taking advantage of the Early Bird entries available until August 30th, 2026; or register during standard entry period opening just after that date and closing on August 29th, 2027. This race is crafted to attract runners from all backgrounds who share a passion for scenic races.
The Wrexham 10k stands out as a can’t-miss event in the running calendar due to its picturesque setting combined with top-notch organisational standards by Active Leisure Events. Join us and be part of what could become one of Wales' most celebrated racing events, inviting everyone from beginners to seasoned runners alike for an experience they won't soon forget.
Explore more details as planning progresses, or get ahead of the curve now by securing your entry at a discounted rate during Early Bird registration.