65, St Oswalds Road, B10 9RB
Property data
- Sale history
-
Price Date Annual growth After inflation Today's value £100,000 Jun 2003 10.4% 8.8% £257,762 £63,000 Oct 1998 na na £311,746 - Internal area
- 181 square metres (1,948 square feet) according to latest EPC inspection
- £ per square meter (foot)
- £552 per sqm (£51 per sqft) in Jun 2003. For context, homes in Small Heath are now selling for between £1,830 and £2,570 per square metre (£170 and £238 per square foot) . See the analysis of Small Heath B10-9 housing market.
- Valuation comparables
- Infer the current value by seeing what similar properties have sold for recently. To view this list for 65, St Oswalds Road using the valuation comparables search tool, join now.
- Bedrooms
- 4
- Type
- Terrace
- Council tax band
- C
- Plot size
- 364 square metres (3,918 square feet) - map showing freehold boundary lines
Planning applications
- Planning ref:
- September 2022 2022/04824/PA
- Type:
- Full and householder planning application
- Status:
- Application approved with conditions
- Address:
- 65 St Oswalds Road Small Heath Birmingham
- Description:
- Erection of single storey rear extension.
EPC Inspections
- Summary:
- 27 November 2015 - energy performance certificate grade E
- Reason for EPC:
- ECO assessment
- Tenure:
- Owner-occupied
- Property type:
- Mid-Terrace House , has 7 habitable rooms. Estimated year built 1900 to 1929
- Area:
- 181 sqm (1,948 square foot) total internal area
- Comments:
- Walls: Solid brick, as built, no insulation (assumed). Roof: Pitched, no insulation (assumed). Heating: Boiler and radiators, mains gas.
- Summary:
- 14 January 2015 - energy performance certificate grade F
- Reason for EPC:
- ECO assessment
- Tenure:
- Owner-occupied
- Property type:
- Mid-Terrace House , has 8 habitable rooms. Estimated year built 1900 to 1929
- Area:
- 152 sqm (1,636 square foot) total internal area
- Comments:
- Walls: Solid brick, as built, no insulation (assumed). Roof: Pitched, no insulation (assumed). Heating: Boiler and radiators, mains gas.