Sea-view three-bedroom end terrace with garage and holiday-let history, walking distance to harbour..
Superb harbour and sea views from principal bedroom and front terraces
Large garage providing rare off-road parking on North Furzeham Road
Currently a successful holiday let — established visitor appeal
Top-floor principal suite with en-suite and panoramic rooftop views
Two-storey outhouse offers conversion potential (requires consents and works)
Small overall internal area (~423 sq ft) — compact living space
Stone-built pre-1900 property likely needing insulation/energy upgrades
Located within easy walking distance of town, harbour and local schools
Set high above Brixham harbour, this three-bedroom end-terrace delivers exceptional sea and harbour views from the principal suite and front terraces. The property is freehold, currently a successful holiday let and benefits from a large garage providing rare off-road parking in this area.
Inside, the house follows a traditional layout: lounge leading to dining room, kitchen with integrated appliances and a courtyard, two first-floor bedrooms with a modern family bathroom, and a top-floor principal bedroom with en-suite and panoramic views. The two-storey outhouse at the rear is currently used for storage but offers genuine scope for refurbishment or conversion (subject to consents).
Practical positives include double glazing, mains gas central heating, fast broadband and excellent mobile signal. Flood risk is low and local crime levels are low, making the location attractive for short-let guests or occupiers wanting easy access to town, harbour and local schools.
Notable considerations: the overall internal area is small (approximately 423 sq ft) and the building dates from before 1900 with stone walls assumed to have no modern insulation, so energy efficiency and potential retrofit costs should be factored in. The property sits in an area with higher deprivation indices, and the outhouse and some external terraces will require maintenance or upgrading to unlock their full potential.