Sunny private courtyard and city access — ideal for first-time buyers.
- Private east/south-facing rear courtyard garden
- Bright living room with period bay window and fireplace
- Flexible dining/home office with French doors to garden
- Share of freehold but criss-cross lease in place
- Very long lease remaining (c. 960 years)
- EPC rating D; stone walls likely uninsulated
- On-street permit parking; council tax band B (low)
- Total size c. 506 sq ft, average one-bedroom footprint
A characterful one-bedroom garden apartment on Brunswick Street, combining period features with practical city-centre convenience. The flat offers a bright living room with a bay window and fireplace, a well-equipped kitchen, and a separate dining room that currently serves as a home office with French doors to the courtyard. The private east/south-facing courtyard garden is a rare find close to the city and provides a sunny outdoor space for plants or relaxed entertaining.
This home is well suited to first-time buyers or investors seeking a compact, well-located property. The layout is flexible — bedroom, living room and an adaptable dining/home office — making the most of an average-sized 506 sq ft footprint. Built before 1900, the building retains attractive stone facades and period detail, with oak flooring throughout the principal rooms.
Practical points to note: tenure is share of freehold with a criss-cross lease arrangement and a very long remaining term (c.960 years). Council tax band B and a low ground rent (listed at £10) keep running costs modest. The EPC is D, and the stone walls are assumed to have no insulation, which may mean higher heating use than a modern property — consider this if energy efficiency is a priority.
Location is a clear strength: under a mile from Bath city centre, close to Larkhall village amenities, good bus links and Bath Spa station connections. On-street permit parking is available for residents. Overall this is a convenient, characterful apartment offering immediate occupation potential with scope to improve energy performance over time.