8, Elliott Court, 250 Coal Hill Lane, Leeds, LS13 1FD is a freehold other property built between 2003-2006. The property offers approximately 603 square feet of living space. In this location, properties of similar size usually have one bedroom.
The estimated current market value of the property is £64,459 , which equates to approximately £107 per square foot. It was last sold on 24 Apr 2020 for £50,500. Since then, the value has increased by £13,959, representing a 27.6% increase, or approximately 4.9% per year.
The current estimated value of £64,459 is:
8, Elliott Court, 250 Coal Hill Lane, Leeds, West Yorkshire, LS13 1FD has an Energy Performance Certificate (EPC) rating of C, based on the latest assessment carried out on 30 Jul 2012.
This property uses a gas-fired boiler and radiators, connected to the mains gas supply, as its main heating source. Hot water is provided from main heating system. The windows are fully double glazed.
Compared to other properties in LS13 1FD , this flat's estimated value ranks 2nd out of 13. Based on price per square foot, it ranks 3rd out of 13 properties. This suggests a relatively high price per square foot, which may reflect quality, location, or recent upgrades. In terms of size, this home ranks 8th out of 13 properties in its postcode area.
The property at 8, Elliott Court, 250 Coal Hill Lane, Leeds, LS13 1FD appears two times in the Land Registry records, with the latest transaction recorded on 24 Apr 2020. It also has a single Energy Performance Certificate (EPC) from 30 Jul 2012. We use this data, to estimate the property's characteristics and current market value.
This website uses public sector information from:HM Land Registry Price Paid Data, and
Energy Performance of Buildings Data published by the Department for Levelling Up, Housing and Communities (DLUHC), formerly the Ministry of Housing, Communities & Local Government (MHCLG).
These datasets are licensed under the Open
Government Licence v3.0.
This website is not affiliated with or endorsed by HM Land Registry or DLUHC.