Coal Clough Lane, Burnley, Lancashire, BB11
About this home
Property Details: • Type: Terraced • Tenure: Leasehold • Floor Area: N/A
Key Features: • 4 Bedrooms • 2 Reception Rooms • Spacious Kitchen • Huge Potential
Location: • Nearest Station: N/A • Distance to Station: N/A
Agent Information: • Address: 99 Manchester Road, Nelson, BB9 7HB
Full Description: Spacious 4-Bedroom Mid-Terraced House - Vacant Possession
Key Features: * Four generously sized bedrooms * Two spacious reception rooms * Brand new carpets and fresh décor throughout * Gas central heating and double glazing * Vacant possession - no onward chain * Prime location close to schools, shops & transport links * Ideal for families or investors
Full Description: This well-proportioned 4-bedroom mid-terraced property offers an excellent opportunity for buyers seeking a spacious home with modern updates and immediate availability. The ground floor comprises two bright and airy reception rooms, ideal for family living and entertaining. The kitchen area leads to a private rear yard. Upstairs, you'll find four good-sized bedrooms and a family bathroom. Recently updated with new carpets and contemporary décor, this property is ready to move straight into. Benefiting from gas central heating and double glazing throughout, it provides comfort and energy efficiency. Located within walking distance to a range of local amenities, including shops, schools, and public transport, the home is ideally situated for both families and commuters. Offered with no onward chain, early viewing is highly recommended.
Front reception room (3.2m x 4.8m) Bay window, coving, radiator and carpet
Back reception room (5.0m x 3.6m) Carpets, radiator
Kitchen (5.5m x 2.46m) Boiler, base units, wall units, sink and radiator
Master bedroom (4.62m x 4.0m) Carpets, radiator Bedroom 2 (2.89m x 5.6m) Carpets, radiator
Bedroom 3 (2.62m x 3.13m) Laminate flooring and radiator
Bathroom (2.22m x 1.83m) Toilet, basin, bath with shower mixer
Attic bedroom (6.23m x 3.95m) Carpets and loft window
Sizes are approximates for guidance purposes