House prices on Forest Close

0 properties

Modelled from 0 properties Stede tracks in Forest Close

Market snapshot

0

Sales in the last 12 months

+1%

Change over the past year

Value over time

  • Modelled value
  • Projected
£100k£200k£300k£400k£500k20002002200420062008201020122014201620182020202220242026

Modelled month by month from the UK House Price Index, averaged across every property type Stede tracks here.

View as a table
Modelled value at the end of each year, with any recorded sales
YearModelled value
2000£140,581
2001£160,753
2002£202,748
2003£226,601
2004£254,461
2005£262,272
2006£284,003
2007£312,001
2008£265,197
2009£273,452
2010£282,613
2011£283,915
2012£283,301
2013£291,643
2014£311,106
2015£329,924
2016£341,189
2017£364,697
2018£361,546
2019£365,959
2020£386,420
2021£414,173
2022£452,903
2023£436,024
2024£435,151
2025£428,766
2026£432,000

There aren't enough recorded sales on Forest Close alone to model a trend for it, so this line shows Verwood instead.

Recent sales

Addresses in Forest Close

About this area

Forest Close, in Verwood, is a street. Stede can model 0 properties there, from HM Land Registry Price Paid Data and the UK House Price Index.

Modelled values in Forest Close are +1% over the past year and +4% over five years.

Common questions

Are house prices in Forest Close going up or down?

Modelled values in Forest Close are +1% over the past year and +4% over five years, based on the UK House Price Index.

How many properties are in Forest Close?

Stede can model 0 properties in Forest Close, with 0 recorded sales in the past 12 months.

How does Stede calculate house prices for Forest Close?

These figures are modelled from HM Land Registry Price Paid Data and the UK House Price Index — the same sources used for every individual property valuation on Stede. Full detail is on the methodology page.

How we calculate this

These figures are modelled from HM Land Registry Price Paid Data and the UK House Price Index — the same sources behind every individual property valuation on Stede.

Read the full methodology and data sources →