Whilst the council invests millions every year building facilities like schools, leisure centres, roads and care homes, we also recognise the value of smaller, community led facilities. That’s why we run schemes to provide financial support to boost these important local services.
Voluntary, community and not-for-profit groups can apply for our Community Asset Grant of up to £25,000 to improve or provide new community facilities. 44 projects have been supported for a range of projects including refurbishing a cricket clubhouse, new children’s play area, church solar panels and wheelchair accessible minibuses.
Ward councillors also have £2,000 that they can allocate to local projects that demonstrate a community benefit. Councillors can also work together across a ward to combine their grants if that’s what is most needed. These grants have been used to pay for new camping equipment for scout groups, podcast equipment for a youth group, picnic benches for a memorial hall, polytunnels for a community garden and much more.
Whether it’s a cultural, environmental, sporting, or social project, large or small we want to help you.
Supporting local community-based groups is incredibly important to making Central Bedfordshire a great place to live. These groups are often run by volunteers who, as was evident in the pandemic, can be the backbone of our communities.
Earlier this month it was Volunteer Week; throughout the week we celebrated our local heroes and the week culminated in a special Cheering Volunteering event where we thanked these amazing individuals and groups for the excellent support they have provided to our communities.
Over 150 volunteers joined us for afternoon tea at the Rufus Centre in Flitwick. The event included stalls and wellbeing sessions to provide volunteers with treats and advice. It seemed a very fitting way of saying thank you for all their time and commitment they give to help others.
Applications for Community Asset Grants are open until 25 July 2022 at www.centralbedfordshire.gov.uk/grant-scheme