Period character meets modern fittings — ideal first-time buy near Salisbury centre.
Two double bedrooms and family bathroom in 675 sq ft
Modern fitted kitchen with integrated lighting and storage
Low-maintenance rear garden with gated rear access
Freehold tenure; Council Tax Band C (affordable)
Built 1900–1929; cavity walls assumed uninsulated
Double glazing present; install date unknown (may need checking)
On-street permit parking only; no private driveway
Medium flood risk and above-average local crime rate
This well-presented two-bedroom end-of-terrace sits within easy walking distance of Salisbury city centre and the train station, offering a compact, move-in-ready home for a first-time buyer or commuter. The interior blends period features — a front-facing lounge with fireplace and decorative arch — with contemporary comforts including a modern fitted kitchen, gas central heating and UPVC double glazing.
At about 675 sq ft the layout is practical: a comfortable lounge, separate dining room and a fitted kitchen on the ground floor, with two double bedrooms and a family bathroom above. The rear garden is low-maintenance (patio and artificial grass) and private, with a gated path back to the front. Council Tax Band C and freehold tenure add predictable running costs and ownership clarity.
There are a few notable practical points to consider. The property was built circa 1900–1929 with cavity walls presumed uninsulated, and the double glazing install date is unknown — further insulation work may be advisable to improve energy efficiency. The plot is small, parking is on-street via a council permit, and the area has an above-average local crime rate. Flood risk is recorded as medium; buyers should obtain current local flood and insurance advice before committing.
Overall, this end terrace offers character, a ready-to-live-in finish and excellent proximity to schools, shops and transport links. It suits someone seeking an affordable step onto the property ladder or a compact family home with potential to upgrade energy performance over time.