Single-storey family home with large garden and refurbishment potential.
Three double bedrooms, large 1,768 sq ft single-storey layout
Light-filled kitchen and separate reception with bay window
Large private rear garden, good for families and outdoor use
Off-street parking and visible solar panels on roof
Single bathroom for three bedrooms — may need additional facilities
Dated decor/fixer-upper areas; ideal for refurbishment and value-add
EPC E (energy improvements likely required) and very deprived wider area
Excellent mobile signal, fast broadband, close to schools and bus links
Quietly set on Ninth Street in Newtongrange, this three-bedroom semi-detached bungalow delivers single-storey ease and generous room sizes across approximately 1,768 sq ft. The property benefits from abundant natural light, a separate reception room with a bay window and a bright kitchen that opens onto a large private rear garden — ideal for children, pets and outdoor entertaining.
Practical points include on-premises off-street parking, excellent mobile signal and fast broadband, plus solar panels visible on the roof which may help running costs. The home is freehold with an affordable council tax band and is positioned close to bus routes, nurseries and well-regarded schools — useful for families and first-time buyers who need straightforward commuting and local amenities.
There are some material considerations to note. The bungalow shows dated mid-century décor in places and will suit buyers prepared to refresh or modernise; photos indicate a fixer-up feel in the living room. It has a single bathroom for three double bedrooms and an EPC rating of E, so future owners should budget for energy-efficiency improvements. The wider locality sits within a very deprived area classification, which may affect future resale expectations.
Overall this is a spacious, well-located bungalow with strong family appeal and clear potential for value through targeted updating. It will suit buyers wanting move-in functionality now with scope to personalise and improve energy performance over time.