- Two double bedrooms within 809 sq ft of living space
- Victorian features: high ceilings, parquet-style wooden floor, fireplace
- Open-plan dining room with French doors to a small garden
- Contemporary kitchen and three-piece bathroom; largely move-in ready
- Solid brick walls with no cavity insulation (assumed)
- Double glazing installed before 2002 may need replacing
- Small plot and limited outdoor space; brick shed for storage
- Located in higher-crime, deprived area; close to North Street amenities
A handsome two-bedroom Victorian mid-terrace offering 809 sq ft of well-laid-out living space just off North Street. The ground floor feels bright and characterful with high ceilings, parquet-style wooden floors and a working fireplace. The rear has an open-plan dining area with French doors to a small, low-maintenance garden and a brick garden shed for storage. The kitchen and bathroom are described as contemporary, making the house move-in ready for many buyers.
This house is an appealing first home or city-base: under two miles from Temple Meads, moments from North Street cafés, restaurants and Greville Smyth Park, and short bike or walk commutes into central Bristol. Solid fuel/main gas heating with a boiler and radiators provides reliable warmth; mobile signal and broadband speeds are reported as excellent and fast.
Buyers should be aware of several material considerations. The property is in a higher-crime, more deprived area locally and sits on a small plot, so outdoor space is limited. The walls are solid brick with no assumed cavity insulation, and the double glazing appears to pre-date 2002 — further insulation or window upgrades may be needed to improve efficiency. As an older home built before 1900 there may be ongoing maintenance and potential retrofit costs.
Overall, this freehold mid-terrace blends period charm with modernised fixtures and an excellent location for city living. It will suit first-time buyers or couples seeking a central, characterful home who are comfortable with modest outdoor space and potential improvement works to raise thermal efficiency.