Nestled within meticulously maintained grounds spanning approximately 3/4 acre, this expansive detached residence offers over 3000 sq.ft of charming living space that seamlessly blends historic character with modern upgrades. The property features four spacious double bedrooms, multiple reception areas including a striking orangery, and extensive garden spaces. Additionally, there's a substantial garage/workshop outbuilding that presents an exciting opportunity for conversion to ancillary accommodation, subject to planning approval. Located in the tranquil hamlet of Nurston, this home has potential for further enhancement or redevelopment.
The entrance leads through a traditional hardwood door into a welcoming enclosed porch with quarry tiled flooring. A spacious formal dining room boasts oak beams and natural light from three sides, while the living room showcases an Inglenook-style fireplace. The orangery is a stunning addition with its flagstone floor and bi-fold doors leading to the garden.
The farmhouse-style kitchen includes high-quality fixtures and offers ample storage and workspace, ideal for culinary enthusiasts. Other notable features include a utility room equipped for modern appliances and a galleried landing that adds an elegant touch to the first floor.
The principal bedroom suite is generously sized with bespoke wardrobe storage and a recently updated en-suite bath featuring luxurious details such as a freestanding claw-foot tub. There are also three additional well-appointed double bedrooms and a family bathroom.
Outside, the property is approached via electric gates leading to a sweeping gravel driveway with ample parking. The gardens are beautifully designed with mature trees and vibrant flower borders, providing secure outdoor space perfect for entertaining or relaxation.
The garage/workshop offers significant versatility; it currently serves as storage but could be transformed into guest accommodation or an office space post-planning consent. Notably, planning permission has also been granted for solar development on adjacent fields.
