33, Haroldslea Drive, RH6 9DT
Property data
- Sale history
-
£375,000 on Oct 2014
- Floor plan
- Internal area
- 101 square metres (1,087 square feet) according to latest EPC inspection
- £ per square meter (foot)
- £3,712 per sqm (£345 per sqft) in Oct 2014. For context, homes in Horley are now selling for between £4,220 and £5,670 per square metre (£392 and £526 per square foot) . See the analysis of Horley RH6-9 housing market.
- Valuation comparables
- Infer the current value by seeing what similar properties have sold for recently. To view this list for 33, Haroldslea Drive using the valuation comparables search tool, join now.
- Bedrooms
- 3
- Type
- Semi-detached
- Council tax band
- E
- Plot size
- 456 square metres (4,908 square feet) - map showing freehold boundary lines
Archived listings
- History:
- Archived sales listing for 33 Haroldslea Drive. Advertised on multiple portals. It was added on 29/04/2014. It last appeared Oct 2014.
- Photos:
-
There are 8 historic photos of 33 Haroldslea Drive.
- Advertiser remarks:
-
- 3 bedrooms
Planning applications
- Planning ref:
- February 2025 24/02325/TPO
- Type:
- Tree and hedge works
- Status:
- Application refused
- Address:
- 33 Haroldslea Drive Horley Surrey
- Description:
- T1 Oak - Fell and treat stump with eco-plugs. TPO Ref: TPO 424 (T10 on schedule)1. The above tree works are proposed as a remedy to the differential foundation movement at the insured property and to ensure the long-term stability of the building. 2.The above tree works are proposed to limit the extent and need for expensive and disruptive engineering repair works at the insured property. In this instance the estimated repair costs are likely to vary between £15,000 and £80,000, depending upon whether the tree/s can be removed or must remain. 3. The above tree works are proposed to limit the extent and need for costly CO2e emissions relating to alternative engineering repair works at the insured property. A typical underpinning scheme can include a carbon cost of more than 6000 kg CO2e and soil stabilisation or root barriers more than 4000 kg CO2e. A typical tree might capture between 15-40kg CO2e per annum and would therefore take centuries to mitigate the cost in CO2e on any alternative. We also confirm that the applicant has included this scheme and application in its tree planting and carbon capture off-set scheme for trees causing subsidence to low rise buildings which has already seen some 11,000 trees planted and additionally 220 tonnes of carbon captured. 4. The above tree works are proposed to limit the duration of any claim period and therefore allow the landowner their right to the peaceful enjoyment of their property. 5. It is the case that an alternative to felling such as pruning or significant ?pollarding? of the tree would not provide a reliable or sustainable remedy to the subsidence in this case. We do not consider that any other potential means of mitigation, including root barriers, would be effective or appropriate in the circumstances. 6. We are satisfied that the evidence obtained following completion of our Arboricultural Implication Assessment report completed 07/01/2021 clearly links the Oak T1 as the cause of damage to the risk a
EPC Inspections
- Summary:
- 24 April 2014 - energy performance certificate grade E
- Reason for EPC:
- marketed sale
- Tenure:
- Owner-occupied
- Property type:
- Semi-Detached House , has 5 habitable rooms. Estimated year built 1930 to 1949
- Area:
- 101 sqm (1,087 square foot) total internal area
- Comments:
- Walls: Cavity wall, as built, no insulation (assumed). Roof: Roof room(s), ceiling insulated. Heating: Boiler and radiators, mains gas.