3D model of the building plot before construction, cut away to show the soil layers

Timber homes, engineered.

Timber frame, CLT and modular homes for your plot in the Netherlands. We design and engineer; partners make and assemble the elements.

01
PilesPrefabricated concrete piles carry the loads down to firm soil.

Illustrative sequence. Specification, solar and delivery scope are agreed for each project.

Engineer-led timber construction

See your home in 3D
before production starts.

Building your own home (zelfbouw), or a few homes as a small developer? Husfrema designs and engineers timber frame, CLT and modular homes in the Netherlands.

Your home is designed as one 3D model, from the architecture to the drawings the factory works from. Our timber engineer checks the structure with calculations before production. This helps us find and resolve design issues in the model.

Our example timber-frame wall has Rc 5.6 m²·K/W. The legal minimum for a new home’s facade is Rc 4.7 m²·K/W.

Request a free consultation →How we work

Who does what

We design and engineer

Your point of contact is our engineer, who coordinates the work. We design the architecture and structure and prepare the permit drawings, all in the same model. We calculate the structure to Eurocode 5 and make the production drawings.

Partners make and assemble

Partner factories make the elements or modules indoors, from our production drawings. Assembly teams then place them on site by crane.

Foundations to handover: agreed with you

For each project, we agree with you who carries out the foundations, building services, finishing and handover.

Building systems

Which system suits your home?

Timber frame (houtskeletbouw), CLT (cross-laminated timber) or modular. Select one below to see it built, step by step, at the top of the page. Still unsure? We explain the differences in the first consultation.

How we work

From design to assembly

Every stage works from the same model. It links the structural design to the drawings used in the factory and on site.

Discuss your project
Visualisation of a three-storey timber frame building

Design and engineering

Your layout, the structure and the permit drawings, developed together.

Finite-element model of a three-storey frame coloured by stress

Structural analysis

We model the whole timber structure, design its connections and check it to Eurocode 5.

Production drawing of a timber frame wall panel with stud spacing

Production drawings

We prepare production drawings for wall, floor and roof elements, or modules.

Timber frame structure with roof trusses on piles, ready for assembly

Assembly drawings

We prepare the drawings that partner assembly teams use on site.

Designed and documented for Dutch requirements

  • BblBuilding code
  • BENGEnergy
  • MPGEnvironmental impact
  • WkbIndependent quality assurance
  • Rc 4.7 · 6.3 · 3.7 m²·K/WLegal minimum insulation for new homes: facade · roof · ground floor

Process

Office, factory, site:
ten steps to your home.

  • Office
  • Factory
  • Site
01
First consultation (office)Your wishes, plot and budget. Then you decide whether to start the design.
02
Design (office)Floor plans, a 3D model of your home and a first cost estimate.
03
Engineering & permit (office)Structure, BENG, MPG. Permit application (omgevingsvergunning), building notification (bouwmelding) if needed.
04
Production drawings (office)Shop drawings, cut lists and machine data for the factory, and assembly drawings for the site.
05
Foundations (site)Foundations and floor slab to suit your soil, for example on piles, built while the factory works.
06
Prefabrication (factory)Wall, floor and roof elements are made in the factory. Depending on the system, windows are fitted there too.
07
Assembly (site)The factory-made elements arrive on site and are assembled by crane.
08
Building services (site)Heat pump, ventilation, electrical and plumbing.
09
Finishing (site)Interior linings, floors, kitchen and bathroom.
10
Handover (office)Final inspection and handover documents for the agreed scope.

Illustrative sequence, not to scale. We agree the schedule with you for each project. We also agree who is responsible for foundations, building services, finishing and handover.

Every stud, beam and panel is modelled and checked before it is made.
Model first
The engineer who calculates your home is the one who answers your call.
Direct line to the engineer
Made indoors, out of the rain, then lifted into place by crane.
Prefabrication

Inside the wall

Layer by layer,
cold to warm.

Two example walls, from the outside in. Mineral wool provides most of the insulation. Use the thermometer button to see the average temperatures through the wall on a −10 °C day.

Walls and roof, drawn to scale.

    How we calculated this

    Example build-ups; every project is calculated individually. Fire, moisture and sound: see the timber questions below.

    Calculated values of the three example build-ups:

    • Timber-frame wall, 360 mm: U-value 0.17 W/(m²·K), Rc 5.6 m²·K/W (legal minimum 4.7).
    • CLT wall, 432.5 mm: U-value 0.15 W/(m²·K), Rc 6.6 m²·K/W (legal minimum 4.7).
    • Roof, 656.5 mm: U-value 0.10 W/(m²·K), Rc 9.7 m²·K/W (legal minimum 6.3).

    Example build-ups; every project is calculated individually. Fire, moisture and sound: see the timber questions below.

    Engineering

    Calculated,
    not assumed.

    We analyse your whole structure and design its timber connections to Eurocode 5. We do this before production, within the agreed engineering scope.

    Structural analysis

    Glulam frame hall, 12 × 30 m

    See how the frame moves under load and how far each beam bends. We model the whole structure in 3D: columns, beams, purlins, bracing and the joints between them. This lets us find and resolve design issues before production.

    In this example, semi-rigid steel-plate knees join the beams to the columns. They make the frames stiffer than pinned joints would, so the beams bend noticeably less.

    Illustrative example based on our founder’s research on semi-rigid joints, not a project calculation. Every project is calculated individually.

    Connection details

    How the parts are joined.

    01

    Semi-rigid frame knee

    The beam-to-column knee of a glulam portal frame, developed from our founder’s research on making pinned joints semi-rigid. A tie plate with inclined screws takes the tension over the top; a steel seat with a slotted-in plate and dowels takes compression and shear. The joint stiffness goes into the frame model, so the frame and its joints are designed together.

    • 1Glulam columnGL24h · 200 × 600
    • 2Glulam beamGL24h · 200 × 800
    • 3Tie plate, 45° screws (tension)10 mm · 24 × Ø10
    • 4Steel seat (compression)S355 · 12 mm
    • 5Knife plate and dowels (shear)10 mm · 6 × Ø12
    • Design checksStiffness, screw groups, embedment, splitting

    Typical details for illustration. Every project is designed and calculated individually.

    Large-scale timber know-how,
    applied to your home.

    Our founder’s experience

    10,000 m²+CLT multi-family buildings
    UK · DE · NLProjects across Europe
    ResearchSemi-rigid timber joints
    Talk to the engineer

    FAQ

    Before you start

    What does the first consultation involve?

    It is free. You do not need a plot or drawings yet. We talk about your wishes, your budget and your plot, and which building system could suit them. Have a plot? Email us its location and any documents you have for it, such as a plot passport (kavelpaspoort).

    Who designs and who builds my home?

    We design and engineer it. Production and assembly are carried out with partner factories and assembly teams. They work from our drawings, and our engineer coordinates them and is your point of contact. Who carries out the foundations, building services, finishing and handover is agreed with you for each project.

    Who checks the construction?

    For a new detached, semi-detached or terraced home, the technical building rules are in most cases checked during construction by an independent quality assurer (kwaliteitsborger). This has applied since 1 January 2024, also to people building their own home. The assurer can be engaged by you, by your contractor or by another party involved in the building work. The municipality still checks the plan against its local planning rules, reviews the completion file and can stop the work.

    What affects the price?

    Each home is priced for its own design and plot. The main cost drivers are the floor area and shape, the building system and the level of finish. The plot matters too, for example the foundations and access for delivery and the crane. In the design phase you receive a first cost estimate based on the floor plans and the 3D model.

    What should the total project budget include?

    A checklist from plot to keys. Not every item applies to every project.

    • Plot, notary and land registry
    • Mortgage advice and, if you borrow, interest during construction
    • Soil survey, and foundations to suit the soil
    • Design, permit drawings and calculations
    • Municipal fees, where a permit is needed
    • Independent quality assurer, for most new homes
    • The house: structure, building envelope, building services and finishing
    • Transport and crane
    • Kitchen and bathroom
    • Utility connections
    • Insurance during construction
    • Garden and paving
    • A reserve for the unexpected

    Ask every supplier you compare, including us, which of these their price covers, and whether it includes VAT.

    How long does it take?

    Placing the factory-made elements on site is usually the short part: design, engineering and permits come first, and building services and finishing follow. In the process above, factory production and the foundations run at the same time.

    Where a permit is needed, the decision period under the regular procedure is normally eight weeks; the municipality can extend it once by up to six weeks, and a request for more information pauses it. Where a building notification is required, a complete notification must reach the municipality at least four weeks before construction starts.

    Do I need to know which system I want?

    No. Leave “Not sure yet” selected in the form. We explain the differences between timber frame, CLT and modular in the first consultation and advise on what suits your plot and design.

    Do you work for developers on several homes?

    Yes. We design and engineer timber frame, CLT and modular homes for small developers as well as for private clients. It helps to involve the timber engineer at the sketch stage, while the grid, spans and wall build-ups are still open. Choose “Several homes” in the form. Then tell us the number of homes, the plot location and the stage of your plans.

    Building in timber

    Questions about
    timber homes

    Is a timber home safe in a fire?

    A timber home must meet the Dutch building code for fire safety, like any other new home. In the timber-frame wall above, mineral wool fills the frame and plasterboard lines the room side. Solid CLT chars slowly at its surface. This charred layer helps protect the timber behind it. Whether CLT can stay visible inside depends on the fire requirements for that home.

    Will the timber rot?

    Timber structures are designed to the same European system of design standards (the Eurocodes) as concrete and masonry structures. Keeping the structural timber dry is essential to its durability. Both example walls above have a ventilated air gap behind the cladding. Behind that gap, a membrane stops the wind but lets water vapour out. In the timber-frame wall, a taped airtight layer on the room side limits how much moist indoor air gets into the wall. Thermal and moisture performance is verified for each project.

    Does a timber home need a lot of maintenance?

    As on any home, maintenance depends mostly on the outside finish. Uncoated timber cladding weathers to silver-grey; to keep its original colour, it needs a new coat from time to time. The timber structure sits inside the wall, behind the cladding and the membrane.

    Is a timber home noisier?

    New homes must meet the sound-insulation requirements of the building code, including for sound from neighbouring homes, whatever they are built from. How well a home performs depends on the complete wall and floor build-ups and their junctions, not on the material alone. Inside one home, light timber floors need a suitable build-up against footstep noise.

    Is it warm in winter and cool in summer?

    A new home must meet minimum insulation values and three energy limits (BENG). There is also a limit on the risk of overheating in summer. These are calculated for each new home. Both example walls above are insulated with mineral wool, inside the frame or outside the CLT panel. A light timber-frame home stores less heat than a brick or concrete one, so sun shading, window sizes and ventilation matter more for summer comfort.

    Does it have to look like a timber house?

    No. The designs above include brick, render and timber cladding; one has factory-made timber frame panels behind a brick facade. Inside, timber-frame walls are lined with plasterboard, ready for finishing like the walls of any other home.

    Contact

    Tell us what
    you want to build.

    The first consultation is free. You do not need a plot or drawings yet.

    1. We reply within one working day.
    2. A first consultation about your wishes, budget and plot, if you have one.
    3. If you go ahead: we agree the scope and terms of the design work. Then we make a first feasibility check, floor plans, a 3D model of your home and a first cost estimate.
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