Bilsthorpe is a village located in the county of Nottinghamshire, England. Situated approximately 14 miles north of Nottingham city center, it falls within the Newark and Sherwood district. Bilsthorpe is a former mining community that has transitioned into a residential area with a population of around 3,000 people.
Historically, Bilsthorpe was heavily reliant on coal mining, with the Bilsthorpe Colliery being a significant employer in the region. However, the colliery closed in 1997, leading to a period of economic decline and restructuring in the village. Today, the former colliery site has been transformed into an industrial estate, providing employment opportunities in various sectors.
The village itself has a range of amenities, including a primary school, a post office, a convenience store, and several pubs. Bilsthorpe also benefits from good transport links, with the A614 road passing nearby, connecting it to Nottingham and the wider region. Additionally, it is served by regular bus services, ensuring easy access to neighboring towns and villages.
Bilsthorpe is surrounded by picturesque countryside, making it an attractive location for outdoor enthusiasts. The nearby Sherwood Forest, famous for its association with the legendary Robin Hood, offers opportunities for walking, cycling, and exploring nature.
Overall, Bilsthorpe is a village that has experienced significant changes in recent decades but continues to provide a close-knit community and access to both urban conveniences and rural beauty.
If you have any feedback on the listing, please let us know in the comments section below.
Images are sourced within 2km of 53.140414/-1.035355 or Grid Reference SK6460. Thanks to Geograph Open Source API. All images are credited.
Bilsthorpe is located at Grid Ref: SK6460 (Lat: 53.140414, Lng: -1.035355)
Administrative County: Nottinghamshire
District: Newark and Sherwood
Police Authority: Nottinghamshire
///salt.hats.soaps. Near Bilsthorpe, Nottinghamshire
Leave your review of Bilsthorpe below (or comments, questions and feedback).