This traditional bay-fronted semi-detached house features three bedrooms and presents a valuable opportunity for renovation and investment in Newbold, a well-regarded residential area. With no chain and immediate possession available, this property is ideally situated near local amenities, schools, and bus routes, providing easy access to the town center and train station for convenient commuting.
Internally, the accommodation has been well-maintained but would benefit from modernization. It boasts gas central heating powered by a Vaillant Combi boiler and uPVC double glazing throughout. The ground floor layout includes a welcoming entrance porch leading into a hallway with under-stairs storage. The spacious front reception room features a charming bay window and original tiled fireplace, while the dining area opens via uPVC French doors to the rear garden. The kitchen is functional and equipped with base units, an inset sink, and space for essential appliances.
The first floor comprises three bedrooms, including a generously sized main bedroom with fitted wardrobes and a dressing table. The second bedroom also benefits from built-in storage while the third room is adaptable for various uses, such as a home office or study. A fully tiled wet shower room completes this level.
Outside, the property is defined by its low stone boundary wall that encloses the mature front gardens and driveway leading to a detached brick garage at the rear. The enclosed rear garden features well-kept lawns along with established borders filled with plants and trees, ideal for outdoor relaxation or potential landscaping upgrades. There’s also a greenhouse and water tap available.
With its favorable location within the secondary school catchment area of Outwood Academy Newbold and ample off-road parking options, this property offers significant potential for enhancement through renovation efforts or reconfiguration to maximize living space. Whether seeking to modernize for personal use or as an investment project, this home stands out due to its solid structure and promising possibilities.
