UK house prices over time

Few numbers are argued over as fiercely as the price of a house. The line below tracks the average UK house price since 1975, using the Nationwide Building Society’s long-running index. Hover or tap anywhere on the chart to read off the price for a given year, the change on the year before, and how far prices have multiplied since 1975. The dots mark turning points worth knowing about.

The story in one breath: a steady climb through the 1970s and 80s, a speculative boom that peaked in 1989, a painful early-1990s crash that left many in negative equity (owing more than the home was worth), a long doubling-and-doubling through the 2000s on cheap credit, a sharp drop in the 2008 financial crisis, and then — after years of low interest rates — a fresh surge during the pandemic. Below the chart this page then asks the harder questions: did houses really beat inflation, could a wage keep up, and how does housing compare with gold, shares and bonds?

What the chart shows

On a normal (linear) scale the line looks almost flat until the late 1990s and then rockets — not because nothing happened earlier, but because a 20% rise on a £20,000 house is a much smaller step than 20% on a £200,000 one. Switch to the log scale and equal percentage moves take equal vertical space, which makes the 1980s boom and the early-90s fall just as visible as recent years.

A few episodes stand out:

• The Lawson boom and 1989 peak. Rapid growth, financial deregulation and the rush to beat the August 1988 end of double mortgage tax relief drove prices to a peak in 1989.
• The early-1990s crash. High interest rates (briefly 15% around Black Wednesday in 1992) and recession sent nominal prices down for several years. Roughly a million households fell into negative equity.
• The 2000s credit boom. From the late 1990s, low and falling interest rates, easier lending and rising demand more than tripled the average price between 1995 and 2007.
• The 2008 financial crisis. Prices fell sharply as mortgage lending froze, then recovered as the Bank of England cut its base rate to 0.5% and held it there for years.
• The pandemic surge. A “race for space,” a temporary stamp-duty holiday and rock-bottom rates pushed prices to a peak in 2022, before higher mortgage rates cooled the market.

More people, but also more homes

The episodes above are mostly about demand and the price of credit — booms and busts driven by how cheaply people could borrow. But many people point to something slower underneath: a rising population pressing on a housing stock that can’t keep up. It is worth testing that directly. The UK had about 56 million people in the mid-1970s and roughly 68 million today — some twelve million more. The chart below rebases the population, the number of households and the total stock of homes to 100 in 1971, so each line reads as how much it has grown since then.

The surprise is that, in raw numbers, homes have outgrown people: since 1971 the dwelling stock has risen by about 60% while the population has grown only about 22%. So a simple “more people than houses” headcount does not, on its own, explain the price boom — there are more homes per person now than there were in the 1970s. The catch is the middle line: the number of households has grown almost as fast as the stock of homes, because people increasingly live alone, marry later, divorce and live longer, so each home holds fewer people than it once did. Nearly all those extra homes were soaked up by more, smaller households — leaving very little slack. But note what kind of comparison this is: it is about levels — the total stock of homes against the total population, accumulated over half a century.

One line makes that whole race visible: the number of homes per 1,000 people. It climbed steadily from about 340 in 1971 to roughly 433 by 2001 — three decades in which building comfortably outpaced population. Then the climb all but stalled: it has edged only to about 447 since, even dipping in the high-migration, low-building years after the financial crisis, as population growth soaked up new homes about as fast as they went up. That flattening is the hinge between the two halves of the argument — homes won the long race in levels, but stopped pulling ahead once the recent flow of people picked up.

The recent flow is where the other half of the argument bites — and where the two claims fit together rather than clash. Year to year, population growth is now driven almost entirely by net migration, because natural change (births minus deaths) has fallen close to zero as the population ages. The chart below tracks net migration (arrivals minus departures) each year: the UK was a net exporter of people in the 1970s and 80s, turned firmly positive from the late 1990s, and then spiked to records after 2021, topping 850,000 in a single year before easing as visa rules tightened. In those peak years the population grew by roughly 600,000–700,000 people a year while the UK was adding only around 250,000 homes across the whole UK (the chart further down shows the England figure) — about enough, at today’s household sizes, to house the new arrivals and little more. So the two facts are not in conflict: over the half-century the stock of homes outpaced the population, but lately the yearly inflow of people has caught up with the yearly rate of building, pressing straight onto the same tight stock and forming new households fast. The long-run cushion stopped widening just as demand pushed hardest.

Meanwhile, that thin cushion is wearing through from the supply side too, because the rate of building has slipped below what the country needs. The next chart shows net new homes added in England each year against the roughly 300,000 a year widely judged to be needed — a figure that already builds in new household formation, a backlog of unmet need and homes lost or left empty. Even at the recent peak (about 243,000 in 2019–20, the most in three decades) building stayed below the line, and after the financial crisis it sank to barely 124,000. The latest year is going the wrong way again: net additions fell about 6% to roughly 208,600 in 2024–25. Year after year of falling short keeps the market tight, and in a world of cheap credit a tight market shows up as price.

Why so little gets built is its own argument — a restrictive, discretionary planning system, limited release of land (especially around the green belt near the most in-demand cities), the near-disappearance of council housebuilding since the 1980s, and the incentive for landowners and developers to release plots slowly. The effect is the same either way: in the places with the most jobs and the strongest demand, supply is least able to respond — part of why London and the South East have run so far ahead of the North and Northern Ireland.

How much of the long climb is supply and how much is the decades-long fall in interest rates is genuinely debated: Bank of England research argues that lower real interest rates — which let buyers bid more for the same house — explain the bulk of the real rise since the 1980s, with constrained supply amplifying it rather than causing it on its own. Both stories point the same way: strong, credit-fuelled demand meeting a housing stock that grows too slowly to absorb it.

Did houses beat inflation?

The headline numbers above are cash (nominal) prices — the pounds actually paid at the time. But a pound in 1975 bought far more than a pound today, so part of that climb is just the pound losing value. Switch the chart to Real and every past price is restated in 2025 money, which is the fair way to compare across the decades — and the honest answer to “did houses beat inflation?” Where the real line rises, prices grew faster than the cost of living; where it falls (as in the early-1990s and post-2008 corrections), houses lost real value even when cash prices held up.

By 2025 the average house cost about 26 times its 1975 price in cash, while the same money bought goods that cost only about 8.7 times as much. Dividing one by the other, the average UK house is worth roughly three times as much in real terms as it was in 1975 — a large gain, but a long way from the headline 26×. Most of that eye-watering cash figure is simply the pound losing value; the genuine outperformance is the threefold real rise. And it did not arrive smoothly: the late-1980s Lawson boom first sent prices sprinting ahead of inflation, the early-90s crash handed most of it back (by 1995 houses were barely dearer in real terms than in the 1970s), and the real divergence was made in the cheap-credit decade of 1996–2007, not the 1980s. The 2022–23 cost-of-living spike then lifted consumer prices fast, so houses slipped slightly in real terms even as cash prices hit records.

The deflator uses RPI inflation before 1989 and CPI from 1989 (the longest consistent consumer-price series); the exact real figures shift a little depending on which inflation measure you pick.

Is consumer-price inflation the right yardstick?

It is a fair thing to ask. The “real” line above is deflated by the official measure of inflation — the cost of a broad, representative basket the ONS prices every month: food, energy, rents, transport, services and goods. RPI was the long-running headline measure, CPI is the Bank of England’s target measure today, and this page splices the two for the longest consistent run. So “beating inflation” here means exactly what economists and the Bank mean by it.

The usual objection is that some things in that basket — televisions, computers, clothing — have got cheaper over time, which can make the cost of living look tame next to the things that squeeze household budgets most. That is exactly why it is worth judging housing not only against the general price level but against other stores of value — assets people actually hold to beat inflation. The next chart adds the two most common: gold, the classic inflation hedge, and the FTSE 100, the headline UK stock index.

House prices vs gold and shares

All five lines are rebased to 100 in 1985 — the first year the FTSE 100 and a clean gold-in-sterling series are both available. Alongside UK housing it pits gold, the FTSE 100 and America’s S&P 500 (both shown in pounds, as a UK saver would feel them). A consumer-price line is kept in as the same inflation yardstick; everything above it has beaten inflation, everything below it has lagged. Each line starts at 100, so they are finally comparable; the chart defaults to a linear scale — switch to log with the buttons.

Over this 1985–2024 window the league table puts UK housing in its place. Cumulative growth, rebased to 1985:

• S&P 500 — about 28× in pounds, and that is before dividends. America’s tech-led market left every UK asset far behind — on the linear chart its line simply runs off the top, which is why a UK saver who bought a global or US tracker did so much better than one who bought a second home.
• House prices — about 8.7×. The best of the UK options, but a distant second to US shares.
• Gold — about 7.6×. It went almost nowhere for two decades, then rocketed after 2005 as a crisis and inflation hedge, nearly catching housing.
• FTSE 100 — about 5.8× on price alone — and this is the catch: add back reinvested dividends and total returns from UK shares are roughly on a par with housing. The index looks like a laggard mainly because its line, by convention, throws the dividends away.
• Consumer prices — about 3.1×. The cost-of-living floor. Every asset above cleared it — the real debate is the ranking among them, not whether housing “beat inflation.”

The takeaway: UK housing has been a good real-terms store of value, but not a uniquely magical one — and on this measure it was thrashed by US shares. Gold matched it without rent, maintenance or stamp duty. What makes housing feel different is leverage — most buyers put down a fraction of the price and borrow the rest, so even these gains are multiplied on the cash actually invested in a way they rarely are for gold or shares.

Could you actually buy one? House prices vs wages

The charts so far assume you already hold an asset. For most people the prior question is whether their wages can keep up with house prices at all. So this one drops the index and shows hard pounds: the average house price against gross annual pay for a lower-paid (10th percentile), typical (median) and higher-paid (90th percentile) full-time worker.

In 1997 the average house (about £60,000) cost roughly 3.6× a median full-time salary (about £17,000). By 2024 the average house (about £269,000) cost about 7.1× median pay (about £38,000) — the price-to-earnings ratio has roughly doubled. Even a higher earner on the 90th percentile (about £72,000) now makes barely a quarter of the average house price in a year, where in 1997 they earned more than half of it. Wages did rise — but house prices left them far behind, and because a purchase needs a deposit and a multi-decade mortgage, the lived squeeze on lower earners and first-time buyers is harder still than the gap on the chart.

What if you’d invested instead? £10,000 since 2013

The flip side of “should I buy a house?” is “what if I put the money somewhere else?” This chart follows the value of a £10,000 lump sum invested at the start of 2013, in concrete pounds, across the things people actually buy — a one-fund global tracker (Vanguard LifeStrategy 100% Equity), the S&P 500 and FTSE 100, gold, UK gilts and global bonds — and, for comparison, the same £10,000 tracking average house prices. It starts in 2013, the first full calendar year after Vanguard’s LifeStrategy range launched. The two bond funds have no clean record that far back (the global bond fund only opened in 2014), so rather than estimate them, their lines are left blank until 2016 and shown from there on their own fresh £10,000 — honest about what can and can’t be measured.

Where £10,000 ended up by 2024:

• S&P 500 (in £) — about £67,000. US shares plus a weak pound turned £10,000 into nearly seven times as much: the runaway winner by a distance.
• Vanguard LifeStrategy 100% Equity — about £35,700. One ordinary global index fund more than tripled the stake.
• FTSE 100 — about £21,800, just ahead of gold (about £20,600) — gold was dragged down by a brutal 2013 (it fell roughly a quarter) before recovering.
• House prices — about £16,600. Tracking the average house, capital only, turned £10,000 into about £16,600 over twelve years — one of the weakest of the group, well behind shares.
• Bonds — behind everything. Shown only from 2016 (their funds lack a clean 2013 record), £10,000 in global bonds reached about £10,900 and in UK gilts about £9,100 — gilts actually lost money, the 2022 crash (a single −27% year) erasing years of gains. A reminder that “safe” assets are not risk-free.

Two honest caveats keep this fair. First, the house line is capital only — a landlord would also collect rent (after costs, voids and tax), while the fund lines already include reinvested income; on a like-for-like total-return basis housing would sit higher, though still behind global shares. Second, almost no one buys a house with cash: a mortgage means putting down a fraction and borrowing the rest, so the gain (and the risk) on the cash you actually invest is geared up in a way these unleveraged lines don’t show. The honest summary is that housing has been a decent asset, made to feel extraordinary by leverage — not because the bricks themselves outran shares.

Why some charts use an index and others use pounds

Concrete pounds are easier to feel, so the price chart, the wages chart and the “£10,000 invested” chart use them directly — their y-axis is just £. But pounds only work when the things compared share a unit. House prices are in pounds, gold is per ounce, the FTSE is in index points and inflation is a percentage, so the multi-asset growth chart can’t share a pounds axis. Rebasing fixes that: set every series to 100 at the start and each line becomes “how many times its starting level,” pure growth, directly comparable — which is what its y-axis says, Index (1985 = 100). The x-axis throughout is simply the year.

Every chart defaults to a linear scale — actual pounds or actual index levels, the most intuitive view. Tap Log to switch to a logarithmic scale, where equal percentage moves take equal vertical space: that view stops the latest years from dwarfing the earlier ones, and on the index chart lets you read the gap between any two lines directly as a real (inflation-adjusted) difference. It is especially handy on the asset chart, where the S&P 500 otherwise runs off the top.

A note on “average”

There is no single official house price. Nationwide and Halifax build indices from their own mortgage approvals; the government’s UK House Price Index (from the Land Registry and ONS) uses completed sales and tends to read higher because it covers cash buyers and all property types. This page uses the Nationwide series because it reaches back furthest on a consistent basis. The figures are also UK averages: London and the South East have risen far more than much of the North and Northern Ireland.

How the series are built

The house-price line is the Nationwide average UK house price (year-end), the longest consistent series available. The “real” prices and the consumer-price comparison line both use a cumulative price level chained from annual rates — RPI before 1989 and CPI from 1989. The FTSE 100 is the year-end close (the same data behind the FTSE 100 page); the S&P 500 is its year-end close (the same data behind the US stock-indices page). Gold and the S&P 500 are quoted in US dollars and converted to sterling — gold at each year’s average exchange rate (it is an LBMA annual average), the S&P at the same rate against its year-end level.

On the wages chart, pay is ONS ASHE gross weekly earnings for full-time employees at the 10th, 50th and 90th percentiles, multiplied by 52 to put them in annual pounds alongside house prices. On the £10,000 invested chart (£10,000 from the start of 2013), the fund lines — Vanguard LifeStrategy 100% Equity, the UK Government Bond Index (gilts) and the Global Bond Index (GBP-hedged) — use each fund’s published GBP total return (income reinvested, net of fees). The two bond funds have no clean record before 2016, so their lines simply start in 2016 rather than being estimated backwards. The S&P 500 uses its US-dollar total return converted at year-end exchange rates; the FTSE 100 uses its total-return index; and gold and house prices are capital only.

A few honest caveats: splicing RPI and CPI is pragmatic, and the exact gap shifts a little with the inflation measure you pick; on the long index chart the dollar series are converted at annual-average exchange rates and both stock indices exclude dividends; the £10,000 chart, by contrast, uses total-return fund data but the house line stays capital-only (no rent, costs or leverage); annualising weekly pay by ×52 slightly overstates measured annual earnings; and all of this is UK-average — London and the South East have run far further ahead of both wages and inflation than much of the North and Northern Ireland.

Related

• Inflation — the annual rate of consumer-price inflation behind the cost-of-living line.
• FTSE 100 — London’s blue-chip index in full.
• US house prices — the median US house sale price since 1975, for comparison.

Sources

• Nationwide House Price Index — long-run average UK house prices.
• UK House Price Index (HM Land Registry & ONS) — the official sales-based index.
• ONS — Inflation and price indices (RPI and CPI), for the consumer-price level.
• World Gold Council — gold price averages (LBMA annual average, USD/oz).
• US stock indices — S&P 500 year-end closes (price index); total returns via S&P 500 annual total returns.
• ONS — ASHE gross weekly earnings percentiles (full-time employees), for the wages chart.
• Vanguard fund factsheets — LifeStrategy 100% Equity, UK Government Bond Index and Global Bond Index (GBP Hedged) — for the £10,000 chart.
• ONS — average Sterling/US-Dollar exchange rate and FRED AEXUSUK, for converting dollar series to sterling.
• House of Commons Library — inflation: economic indicators.
• ONS — UK population estimates and household projections, for population and household growth.
• ONS — long-term international migration (net migration estimates), for the migration chart.
• MHCLG — net additional dwellings (housing supply), England, for the rate of new building.
• MHCLG — dwelling stock (with the Scottish, Welsh and Northern Ireland equivalents), for the total number of homes.
• House of Commons Library — tackling the under-supply of housing and the Barker Review of Housing Supply, for the ~300,000-a-year need.

Some of the figures in the charts and tables on this page were compiled with the help of AI tools and may contain errors or be out of date. They are shared in good faith for general interest only — not as professional, financial, investment or purchasing advice — and should be checked against the cited primary sources before you rely on them.