Land cost loading
Land cost loading (tomtebelastning) is the part of the costs in a property development project that is attributed to the site itself. It is normally calculated residually: the expected sales value of the finished project minus all construction and project costs, minus the developer's risk margin and profit. It is usually stated in kroner per square metre of saleable usable floor area (NOK/m² UFA-S). The figure tells you what the site can "bear" to cost before the project no longer makes economic sense.
As a residual figure, land cost loading works as a reverse calculation. Instead of starting with a known site price and building upwards, you start with the price the market is willing to pay for a finished project and work downwards through every stage. The components that are typically subtracted are construction costs (contract cost under NS 3450, including groundworks, building, technical trades and external works), project costs (design, byggherre administration, fees for the byggesøknad and tinglysingsgebyr), finance costs during the byggelån period, marketing and sales costs, value added tax where it is not deductible, and a risk and profit margin. What is left is the land cost loading.
Land cost loading is used for two slightly different purposes. First: as the maximum price a developer can pay for the site at akkvisjon without making a loss, given certain assumptions about the size of the project, the unit mix and the timetable. Second: as an assessed value in an early stage mulighetsstudie or 3D volume study, where you test whether a given utnyttelsesgrad and unit mix produce a land cost loading that matches what the landowner requires. Both use the same figure, but the decision rests on two different questions: should I buy? Or how hard must I push the UFA to make the sums work?
Sensitivity is high. A change of 5% in the sales price per m² can translate into 30% or more in the land cost loading, because the site is the last item that "absorbs" a surplus or a deficit. That is also why reguleringsrisiko (zoning risk) matters so much: a reduced utnyttelsesgrad, a new rekkefølgekrav, a larger utbyggingsavtale or an utbyggingsbidrag goes straight into the land cost loading and can overturn the whole purchase. As a share of the sales price, the historical level in Norway has been around 15%, while in pressured areas such as Oslo it is now often 20%, and in Stockholm up to 30%. The calculation is therefore updated several times through the development process, from the first site visit, to the adopted reguleringsplan, to completion.
Land cost loading differs from markedsverdi (market value), which is the price the site is actually traded at between independent parties, and from verdivurdering (valuation), which is the estimate made by an agent or a takstmann. The markedsverdi of development sites usually converges towards the land cost loading for the most likely project, but it deviates when there are several competing development strategies, or when one party has particular synergies. For næringseiendom, models based on yield and kapitaliseringsrente are often used instead, but the residual logic is the same.
In Placepoint you work out land cost loading indirectly across several surfaces: site search with matching finds candidate sites and their maximum UFA based on the reguleringsbestemmelser, the 3D Designer lets you model different volumes and unit mixes, and the property panel gives you the exact planning and cost drivers (utnyttelsesgrad, parkering, MUA, hensynssoner, rekkefølgekrav) that go into the calculation.
How it looks in Placepoint
In Placepoint you find this in the 3D Designer:
From Placepoint's dictionary: Tomtebelastning
More information: Samfunnsøkonomisk Analyse: Tomtebelastning per utbygde kvadratmeter (R34-2022), Byggforsk: Tomte- og byggekostnader (R290905), Estate Nyheter: Høyere tomteandel
Norwegian: Tomtebelastning. English: land cost loading (residual land value per m² saleable UFA).
Frequently asked questions
What is land cost loading?
Land cost loading is the part of the costs in a property project that is attributed to the site itself, calculated residually as the sales value minus all construction and project costs, minus the risk margin. It is typically stated in NOK/m² of saleable UFA.
What is the difference between land cost loading and the site purchase price?
The site purchase price is what is actually paid for the site. The land cost loading is the maximum amount the developer can pay without losing money on the project, given assumptions about volume, sales price and costs. The two are rarely identical: the purchase price is set in negotiation, the land cost loading is calculated.
How is land cost loading calculated?
Residually: start with the expected sales sum for the finished project (UFA-S × NOK/m²), then deduct contract costs, project costs, finance costs from the byggelån, sales and marketing costs, any non-deductible VAT, and a risk and profit margin. What remains is the land cost loading.
Why does the land cost loading fluctuate so much?
Because it is a residual figure: small changes in the assumptions have a disproportionate effect. A 5% lower sales price can give a 30% lower land cost loading. Changes in the utnyttelsesgrad, rekkefølgekrav or utbyggingsbidrag go straight into the same item.
When is land cost loading used in a development process?
At akkvisjon as the maximum purchase bid, in early stage feasibility studies as a test of whether the given reguleringsbestemmelser produce a profitable project, and in reassessment every time a cost driver or a planning case changes.