Real assets are meant to protect capital when money loses value. Land is finite, replacement cost rises with prices, rents follow. If the macro view in The Movement to Real is right and inflation runs warmer than central bank targets for a long time, that protection matters more than it has for a generation.
But a building is not land. It is a machine sitting on land, and machines wear out on a schedule that inflation does not care about. Whether a particular building hedges inflation is a question about that building, not about property as a class.
The hedge is a claim, not a property
The case for property as an inflation hedge rests on income. If rents rise with prices, the real value of the income holds. That depends on the lease. Fixed annual reviews below inflation, long terms without market reviews and incentives that eat into effective rent can all leave income trailing prices for years.
Even where the lease works, income is only half the picture. The other half is what the building will ask of its owner over the same period, and that half is rarely modelled with the same care.
Capex is a short position on construction costs
Every planned replacement in a building is, in effect, a commitment to buy construction at some future price. Roofing, lifts, chillers, switchboards, fire systems: all of these are priced in the construction and services markets, and those markets have their own inflation. In the years after 2020, building costs in Australia, Britain and the United States rose faster than consumer prices, driven by materials, labour shortages and long equipment lead times. The pressure eased from 2024, but the episode showed how quickly the gap can open, and the energy-price shock of 2026 has brought input costs back into view.
An owner with a large deferred programme is therefore short construction inflation. Each year of deferral is a year in which the eventual cost can rise faster than the income meant to pay for it. The hedge leaks through the plant room.
A building with a light capital programme and well-indexed leases is a strong hedge. A building with a heavy programme and soft leases can be a weak one, whatever the asset class says.
What the numbers show
The gap between construction prices and general inflation is no longer a theoretical risk. It has been measured in all three markets, and in the United States it is large.
| Measure | Construction prices | Consumer prices | Gap |
|---|---|---|---|
| United States, Feb 2020 to Dec 2025 | +42.5% (new nonresidential building, BLS PPI) | +25.7% (CPI-U) | 16.8 points |
| United States, new office only | +50.3% | +25.7% | 24.6 points |
| United States, peak year (2022) | +19.9% | +8.0% | 11.9 points in one year |
| Australia, Sep 2021 to Sep 2026 | About +35% (ABS building construction output index) | Not compared over the same period | Annual non-residential building inflation 4.8% to September 2026 |
| United Kingdom, forecast to Q3 2031 | +14.1% (BCIS all-in tender price index) | Not forecast here | Tender prices +3.2% in the year to Q3 2026 |
US: BLS producer price indexes as tabulated by the Associated General Contractors of America. Australia: ABS producer price indexes. UK: BCIS five-year forecast.
Put simply: works priced at $1 million in February 2020 would have cost about $1.43 million by the end of 2025, while rent indexed to consumer prices rose about 26 per cent. A building whose income tracked inflation and whose capital plan tracked construction lost about a sixth of its real capacity to fund its own renewal in under six years.
The gap did not open evenly. Most of it arrived between 2021 and 2023, when US construction prices rose 5.2, 19.9 and 7.9 per cent in successive years. In 2024 and 2025 they rose only 0.1 and 1.6 per cent. The lesson is not that construction inflation always runs hot. It is that it moves in surges that income rarely matches, and a capital plan that assumes general inflation will be caught out by the next surge.
Testing the hedge on one building
A practical test needs three inputs. First, the income path: how the leases index, when they review to market and when they expire. Second, the capital path: the register’s ten-year programme, by horizon. Third, an assumption about construction cost escalation relative to general inflation, which can be varied. With those, an owner can see whether net income after capital holds its real value under a warmer inflation regime, or leaks.
Two buildings with identical leases can give opposite answers. One has a light programme spread across the decade and keeps most of its hedge. The other has a heavy mid-decade programme in roofing, plant and facade, priced in a construction market that has run ahead of CPI, and gives a large part of its hedge back. The difference is invisible in a valuation and obvious in a register.
Lease structure decides who holds the risk
Who actually bears that capital inflation depends on the lease. Under fully net structures common in the United States, many outgoings and some capital items pass to tenants, though structural and major replacement items often stay with the owner. In Australian and British leases, the line between recoverable outgoings, tenant repair obligations and landlord capital varies widely by lease and by asset. We explore the mechanics in Who Pays; the point here is that the same building can be a good hedge for one owner and a poor one for another, depending on what the leases say.
Earning the hedge
Earning the hedge is mostly a matter of knowing the capital position early. If the major replacements over the next decade are visible, with a sensible range and timing for each, an owner can decide which to bring forward before costs rise, which to defer with confidence, and which to stage. That is a different posture from discovering the chiller is failing in a hot summer and buying a replacement at whatever price the market sets that month.
It also changes how an acquisition should be read. A building bought as an inflation hedge should be tested against its own capital programme, priced in the same inflationary world the hedge is meant to protect against. If the programme is heavy and early, part of the hedge has already been spent.
Sources
Named sources consulted for this paper. Consequential claims link to their source in the text. Reviewed 3 November 2026; next review by 3 November 2027.
- Producer Price Indexes, Australia, Australian Bureau of Statistics. Accessed 3 November 2026.
- Insights into Output of Building construction prices, Australian Bureau of Statistics, August 2024. Accessed 3 November 2026.
- Construction costs set to peak this year, Property Council of Australia. Accessed 3 November 2026.
- Producer Price Indexes, US Bureau of Labor Statistics. Accessed 3 November 2026.
- Growth in residential construction costs slows to a 20-year low, Australian Property Update, reporting CoreLogic. Accessed 3 November 2026.
- Producer Price Index tables for construction, January 2026, Associated General Contractors of America (BLS data). Accessed 3 November 2026.
- Construction industry forecast, BCIS. Accessed 3 November 2026.
Questions
Why can construction costs rise faster than general inflation?
Construction and building-services prices respond to materials, specialist labour supply and equipment lead times, which can move independently of consumer prices. When those markets are tight, the cost of planned building works can rise faster than rents.
Does bringing capital works forward always beat inflation?
No. Replacing a system early gives up remaining service life and ties up capital. The useful question is item by item: what the remaining life is, what failure would cost, and how sensitive the price is to waiting.