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↓ our progress is shown below ↓

timber structures
with total 
design freedom

Design your own, unique project using Ludwig online configurator and instantly receive drawings, assembly manual, element catalogue, and more. 
A kit of all the necessary CNC precut timber elements will be sent to the location where it can be simply assembled into your dream studio/carport/house/shed...


archive with hundreds of projects


in development...

Filter through hundreds of projects designed with our system and find the one that suits you - from a tiny garden shed to a two-story house.

Use your profile to like, share, or comment on different projects.

In an easy-to-use configurator, you can modify an existing project or design your own from scratch!

All the necessary project documentation (drawings, element catalog, assembly manual, 3D model...) is generated instantly and can be exported for a ridiculously low price.


october 2024


We are currently in the process of obtaining a construction permit for a single-family house in the eastern part of Slovenia. A two-story house with a small addition and separated carport is designed entirely out of Ludwig timber elements. "Bones" of the system can be seen from the inside, with visible CNC-cut timber panels. The covered entrance/terrace indicate the flexibility of the system, while window divisions reveal the underlying grid of 1,2 m.


Ludwig structure



July 2023

13 primary timber elements can be assembled together in infinite ways. The biggest element measures 250x138 cm and weighs around 60 kg. Ludwig houses could therefore be built by three people with no special skills or machinery. Connections are simplified with only one type of screw. The main innovation of the patent is a horizontal slab that has no primary/secondary beams but functions as a composite of smaller timber elements that together form a uniform slab. There is therefore no need for long beams spanning the whole width of the room. The patent was applied in July 2023 and is pending for the duration of one year, until it is approved. 


January 2023

We first made a scale model in a scale of 1:4 to test all of the details and connections. 13 different timber elements were used, made of beech plywood. The elements were tied together with one screw type. 

Once every problem was solved, a structural test of a slab in a scale of 1:1 was done with the help of structural engineers. 1,3 tons of cement bags were put on top of the slab. For every 4 bags (100 kg), the deflection was measured. Results were put in a computer simulation where everything was tested and calculated. Final element dimensions were determined after that. 


1:4 scale model

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