🇳🇱 Amsterdam
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229 m² BENG-certified sustainable residence engineered for soft Dutch soil foundation constraints, high wind coastal exposure, and zero-gas living.
Soft peat/clay ground in the Netherlands typically requires deep, expensive concrete pile driving for heavy masonry buildings.
SerVilla’s lightweight steel frame reduced total building mass by 70%, allowing economical steel screw pile foundations and saving €35,000 in groundworks.
From initial 3D BIM engineering in Istanbul to jobsite handover in Amsterdam.
Vertex BD 3D modeling and finite-element structural calculation book delivered for local building permit.
High-speed roll-forming of S350GD galvanized profiles with 100% individual inkjet numbering and sequential package strapping.
Issuance of official A.TR Movement Certificate (0% duty) and dedicated freight haulage directly to jobsite.
Chemical anchor setting on slab, ground floor wall assembly, floor joists, and roof truss erection overseen on site.
Transparent delineation between factory-engineered elements and local on-site trade coordination.
Because of the soft ground in Amsterdam, concrete would have required massive piling. SerVilla gave us an ultra-light, energy-neutral steel villa that went up in days.
Frequently asked engineering, customs, and assembly questions regarding the Amsterdam delivery.
Because the structure weighs 70% less than traditional masonry, foundation pile loads are drastically reduced, enabling economical steel screw piles and saving up to €35,000 in groundworks.
The airtight thermal envelope achieves a wall U-value of 0.13 W/m²K and qv;10 airtightness under 0.35 dm³/s.m², meeting all three BENG energy indicators.
Yes. Calculations are engineered according to NEN-EN 1991-1-4 with Dutch national wind coefficients, utilizing continuous diagonal strap bracing against North Sea gales.
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Upload your architectural drawings (PDF/DWG/IFC) or select a SerVilla design to receive an itemized budgetary quotation, Eurocode statics review, and direct shipping estimate.
