Funding secured for £128,928 upgrade to Mexborough tennis courts

27/03/2026

Mexborough Miners’ Welfare has announced a major investment to transform its tennis court facilities, ensuring they can be enjoyed by the local community and Mexborough Tennis Club all year round.

Working in partnership with key funders, the organisation has secured support to deliver a comprehensive programme of improvements. The project will include the full resurfacing and repainting of all courts, the replacement of ageing fencing with durable new perimeter fencing, and the installation of modern floodlighting to allow play during evenings and throughout the winter months.

The £128,928 scheme has been made possible through a combination of grant funding and local fundraising. Contributions include £10,000 from Sport England, £50,000 from CISWO (Coal Industry Social Welfare Organisation), and £67,632 from FCC Communities Foundation with a further £1,296 raised by the community.

Once complete, the upgraded facilities will significantly enhance the quality, safety and accessibility of the courts, while supporting their long-term sustainability for players of all ages and abilities.

Shaun Bennett from Mexborough Miners’ Welfare said:

“This funding is a fantastic boost for Mexborough Miners’ Welfare, the tennis club and the wider community. These improvements will create high-quality facilities, encourage more people to get involved in tennis, and ensure the courts can be enjoyed all year round.”

Nicola Didlock, Chief Executive of CISWO – The Coal Mining Charity, added:

“This project is a great example of what can be achieved through strong partnership working. The facilities at Mexborough Miners’ Welfare are a valued community asset, and these upgrades will help protect and enhance the tennis courts for future generations.”

The addition of floodlighting will extend playing hours and support increased use of the courts for coaching, club activities and community participation, while the resurfacing work will improve playing conditions and reduce ongoing maintenance requirements.