What does a raised floor cost per m²? This question sits at the start of almost every budget plan — and the honest answer is: it depends on the project. Raised floor costs are determined by a whole range of technical and structural factors that vary considerably from building to building. So that you, as a planner, client or facility manager, still get a well-founded estimate, this overview sets out the key cost factors.
What determines the price of a raised floor
A raised floor is not an off-the-shelf standard product, but a system engineered to the requirements of the space. These factors have a major influence on price:
- Build height: the higher the void beneath the floor panel, the more demanding the substructure and pedestals become.
- Load class to DIN EN 12825: raised floor load capacity ranges up to load class 6. Higher load classes require stronger panels and pedestals.
- Panel material: calcium sulphate, wood-based or steel panels differ in properties and price.
- Floor covering: whether a textile covering, PVC or design covering, natural stone, or an ESD-safe covering is applied has a noticeable effect on overall cost.
- Room area and layout: large, simple areas are more economical to install than fragmented floor plans with many edge cuts.
- Site accessibility: transport routes, lifts and storage options affect installation effort.
- Programme: a new-build project can be sequenced differently to work carried out while a building stays in operation.
- Special requirements: fire protection, ESD conductivity or heavy-load areas increase the demands on material and execution.
New build or refurbishment – which is cheaper?
Whether a raised floor is installed in a new building or an existing system is refurbished also has a major bearing on cost. Refurbishment or partial refurbishment of existing raised floors is often more economical than a complete replacement — provided the substructure and panels are still structurally sound.
What matters here is the condition of the existing pedestals and panels, the desired new covering quality, the build height to be retained, and the extent of any localised damage. If the existing substance can be reused and only the floor covering renewed, this reduces material and installation effort. If, on the other hand, the load class or build height needs to change, the effort involved matches that of a new installation. Which route is more economical for your building can only be reliably assessed after an on-site survey.
Why blanket price-per-square-metre figures don’t work
Blanket €/m² figures sound tempting, but they regularly mislead — because they ignore exactly the factors that actually determine the price. A credible quote can only be built on a site survey and a clear schedule of works. Instead of a fictitious headline number, we at Bredo work from your specific project data.
For a reliable quote, we essentially need:
- the area and layout of the room,
- the planned build height,
- the required load class to DIN EN 12825,
- the desired floor covering and any special requirements,
- the accessibility of the installation site (transport routes, lifts, storage areas),
- and the intended timeframe and programme.
With this information, the effort involved can be calculated accurately — with no unrealistic promises and no hidden extras.
Your project-specific quote
Bredo has planned, installed and refurbished flooring systems nationwide since 1992 — raised floors, hollow floors and control room floors, based in Herne, with project managers on the ground across northern Germany and the greater Frankfurt area, working nationwide. As a member of Bundesverband Systemböden e.V. (the German flooring systems trade association), we place great value on transparent, traceable pricing. To see what that looks like in practice, take a look at our 350 m² control room floor for a German AI data centre.
Tell us about your project, and you’ll receive a free, project-specific quote. Simply get in touch or browse our services first for an overview.
