Key takeaways
- Nationally, building-ready land averages around EUR 254.58 per square metre, according to data compiled from the Federal Statistical Office and market trackers, with residential building land near EUR 228 per square metre on the most recent full-year figures.
- In Hamburg, prices reach roughly EUR 1,026.70 per square metre; in Saxony-Anhalt buyers pay as little as EUR 78.30.
- Among the major cities, Munich stands alone at around EUR 2,750 per square metre of building-ready ground.
Development land is the quietest crisis in German real estate. It does not generate the headlines that office vacancy or fund redemptions do, because raw land does not default, does not get marked down quarterly and does not appear on many investors' screens at all. Yet the dysfunction in the land market is upstream of nearly every housing and supply problem the country faces in 2026. When the residual-value calculation that turns a plot into a building stops working, development stops - and that is precisely what has happened across large parts of the market.
A market of extremes
Nationally, building-ready land averages around EUR 254.58 per square metre, according to data compiled from the Federal Statistical Office and market trackers, with residential building land near EUR 228 per square metre on the most recent full-year figures. But the average is almost meaningless given the dispersion. In Hamburg, prices reach roughly EUR 1,026.70 per square metre; in Saxony-Anhalt buyers pay as little as EUR 78.30. Among the major cities, Munich stands alone at around EUR 2,750 per square metre of building-ready ground.
These spreads are not new, but they matter more than ever because of what sits on top of the land: construction costs. The price of land is only viable in relation to what can profitably be built on it, and that relationship has broken in many locations. The Federal Statistical Office's Kaufwerte für Bauland series and Statista's long-run data show land values that have largely plateaued - and a plateau, in a market where everything downstream has become more expensive, is itself a form of repricing.
The residual-value squeeze
The mechanism that has frozen the land market is residual valuation. A developer can pay for land only what is left after subtracting construction costs, financing, fees and a required profit margin from the expected value of the finished building. When build costs rise and exit values stall, the residual that land can bear collapses - sometimes to zero or below for projects that no longer pencil. That is the squeeze defining 2026.
Construction costs continue to climb. Prices for newly built conventional residential buildings rose around 3.3 percent year on year by February 2026, and building prices increased about 1.5 percent in the three months to February alone, according to the Federal Statistical Office. Financing costs, while off their peak, remain far above the levels at which much of the existing land bank was acquired. The result is a generation of plots bought at prices that assumed cheaper construction and cheaper debt, now stranded because the numbers no longer close. Landowners anchored to acquisition cost will not sell at a loss; developers cannot pay yesterday's prices and still build profitably. The market clears at a trickle.
Why land prices are stuck rather than falling
One might expect this squeeze to drive land prices sharply lower, and in the most marginal locations it has. But the dominant pattern is stagnation rather than collapse, and the reasons are structurally important. Forecasts point to broadly flat land prices nationally, with sought-after metro and metropolitan-region locations holding firm while weaker locations offer buyers more room, according to market analyses. Three forces explain the stickiness.
First, landowners are rarely forced sellers - undeveloped land carries no debt service pressure and can simply be held, so supply withdraws rather than capitulates. Second, the chronic housing shortage means the long-term demand for buildable land is not in doubt, only its present viability, which supports prices in good locations. Third, scarcity of zoned, building-ready plots in the places people actually want to live keeps a structural floor under prime land even as projects stall. The outcome is a market that is frozen rather than falling: low transaction volume, wide bid-ask spreads, and prices that refuse to move enough to restart development at scale.
Outlook: the unblocking will be slow and selective
For the land market to thaw, one of three things must shift: construction costs must fall, exit values must rise, or land prices must drop enough to restore the residual margin. Construction costs are unlikely to fall meaningfully while material and labour pressures persist; exit values depend on the broader recovery firming up; and land prices, as argued, are sticky by nature. That points to a slow, location-by-location unblocking rather than a market-wide reset, concentrated where densification, infill and rezoning can lift achievable density and therefore the value the land can support.
What this means for principals: in development land, the binding question is never the headline price per square metre but whether the residual-value calculation closes at today's construction and financing costs - and in much of the market it does not. Underwrite land off realistic, current build costs and a defensible exit, not off comparable land transactions that predate the cost shock, because those comps describe a world that no longer exists. The opportunities will sit in two places: motivated owners with carrying-cost or refinancing pressure willing to reset to a viable basis, and locations where zoning upside, densification or infill can rebuild the residual margin that raw price alone cannot. Patience and planning expertise, not capital alone, are the edge in a market that will unfreeze plot by plot rather than all at once.
AI-generated, editor-reviewed. Briefings are drafted by neospaces research models from current broker market data and reviewed by a broker before publication.