55, Clinton Street, BB1 5LB
55 Clinton Street is a 142 m² terraced home in Blackburn. It sold for £50,000 in Apr 2005.
- Sale history
-
Date Paid price Annual growth After inflation Apr 2005 £50,000 6.8% 5.1% Jul 2001 £39,000 -4.0% -5.2% Sep 1999 £42,000 na na - Internal area
- 142 square metres (1,528 square feet) according to latest EPC inspection
- Price per internal area
-
This property sold for £352 per square metre (£33 per square foot) in Apr 2005. Indexed forward to today's value, this is roughly £696 per square metre (£65 per square foot) .
Date Paid price Paid £/sqm Today's value Today's value £/sqm Apr 2005 £50,000 £352 £98,801 £696 Jul 2001 £39,000 £275 £154,736 £1,090 Sep 1999 £42,000 £296 £150,647 £1,061 Calculated using the latest EPC internal area of 142 m². Earlier sale dates may not have had the same measured area available.
- Valuation
- The most recent sale price indexed forward to today's value is £98,801. This is one data point to inform the valuation. Another method is the valuation implied by what comparable homes are selling for. Homes in Blackburn are now selling for between £1,430 and £2,220 per square metre (£132 and £206 per square foot). Based on an internal area of 142 m², this implies a valuation between £203,000 and £315,000. Treat this as context only. For a valuation using hand-picked comparable sales, use the Advanced search tool — create a shortlist of similar condition homes, then export a valuation report.
- Bedrooms
- na
- Type
- Terrace
- Council tax band
- B
- Plot size
- 331 square metres (3,563 square feet) - map showing freehold boundary lines
- Summary:
- 13 June 2016 - energy performance certificate grade E
- Reason for EPC:
- ECO assessment
- Tenure:
- Private rental
- Property type:
- Mid-Terrace House , has 5 habitable rooms. Estimated year built 1967 to 1975
- Area:
- 142 sqm (1,528 square foot) total internal area
- Comments:
- Walls: Cavity wall, as built, no insulation (assumed). Roof: Pitched, limited insulation (assumed). Heating: Boiler and radiators, mains gas.