349 Chelsea Cloisters, Sloane Avenue, SW3 3EF
Property data
- Sale history
-
Price Date Annual growth After inflation £990,000 Jun 2016 11.9% 9.5% £300,000 Nov 2005 7.1% 5.3% £150,000 Oct 1995 50.9% 46.6% £118,000 Mar 1995 na na - Floor plan
- Internal area
- 55 square metres (592 square feet) according to latest EPC inspection
- £ per square meter (foot)
- £18,000 per sqm (£1,672 per sqft) in Jun 2016. For context, homes in South Kensington are now selling for between £13,840 and £19,100 per square metre (£1,285 and £1,774 per square foot) . See the analysis of South Kensington SW3-3 housing market.
- Valuation comparables
- Infer the current value by seeing what similar properties have sold for recently. To view this list for 349 Chelsea Cloisters, Sloane Avenue using the valuation comparables search tool, join now.
- Bedrooms
- 2
- Type
- Flat
- Council tax band
- F
Archived listings
- History:
- Archived rental listing for 349 Chelsea Cloisters Sloane Avenue. Advertised on multiple portals. It was reduced on 05/08/2015. It last appeared Nov 2016.
- Photos:
-
There are 9 historic photos of 349 Chelsea Cloisters Sloane Avenue.
- Advertiser remarks:
-
- 1 bedrooms
- 2 bathrooms
EPC Inspections
- Summary:
- 18 August 2021 - energy performance certificate grade C
- Reason for EPC:
- rental
- Tenure:
- Private rental
- Property type:
- 3rd floor flat , has 2 habitable rooms. Estimated year built before 1900
- Area:
- 53 sqm (570 square foot) total internal area
- Comments:
- Walls: Solid brick, as built, no insulation (assumed). Roof: (another dwelling above). Heating: Community scheme.
- Summary:
- 29 April 2009 - energy performance certificate grade C
- Reason for EPC:
- marketed sale
- Tenure:
- Owner-occupied
- Property type:
- 3rd floor flat in an apartment block with 10 storeys , has 3 habitable rooms. Estimated year built 1930 to 1949
- Area:
- 55 sqm (592 square foot) total internal area
- Comments:
- Walls: Solid brick, as built, no insulation (assumed). Roof: (another dwelling above). Heating: Community scheme.