Engineered for extreme coastal hurricane gusts (up to 250 km/h), high Alpine snow accumulations (≥ 3.5 kN/m²), and high seismic ground accelerations (PGA ≥ 0.40g) across Europe.
Detailed technical breakdowns, structural calculations, and practical jobsite execution recommendations.
On exposed coastal cliffs in Greece, Italy, France, and the UK, wind creates massive upward suction on roofs. We engineer continuous uplift straps and reinforced rafter-to-wall ties.
For Alpine chalets in Switzerland, Austria, and Germany, roof trusses are engineered with heavy gauge web members and close 400mm centers to withstand deep snow drifts exceeding 350 kg/m².
High-strength shear wall sheathing (BoardeX / OSB-3) acts as a structural diaphragm, absorbing lateral ground shaking and transferring kinetic energy into foundation hold-downs without structural damage.
Dive deeper into our Eurocode static calculations, 3D assembly plans, BOM schedules, and municipality permit assistance.
Full structural calculation dossiers verified strictly according to EN 1990, EN 1991 (Wind/Snow), EN 1993-1-3 (Cold-Formed Steel), and EN 1998 (Seismic). Ready for municipal stamping.
Explore TopicMillimeter-exact 3D isometric assembly blueprints. Every panel, truss, and stud is color-coded and numbered matching the automated inkjet markings printed on the steel.
Explore TopicEvery single profile, structural screw, chemical anchor, hold-down bracket, and sheathing board is itemized with precise quantities, weights, and EN 10204 3.1 batch certifications.
Explore TopicReview a complete sample engineering deliverable pack for a 2-storey luxury steel frame villa: Eurocode static calculation excerpt, 3D assembly manual pages, foundation reaction schedule, and BOM.
Explore TopicFrom architectural concept to factory floor with zero translation errors. Automated clash detection, MEP service chaseways, and direct NC export to multi-axis roll-formers.
Explore TopicExact point loads, continuous line loads (kN/m), overturning moment reactions, and anchor bolt positioning coordinates delivered 3–4 weeks prior to steel shipment.
Explore TopicStreamline your planning approval across Germany (Bauantrag), Italy (Permesso di Costruire/SCIA), France (Permis de Construire), the UK, and Greece with our multilingual engineering desk.
Explore TopicAlready have architectural drawings from your local architect? Our structural engineering department converts your bespoke DWG, PDF, or IFC blueprints into Eurocode-compliant cold-formed steel frames with zero compromise to your architectural vision.
Explore TopicClear technical answers regarding calculations, drawings, and regulatory submission.
Yes. Throughout 20+ years across active earthquake zones in Türkiye, Greece, and Italy (including major Richter 7.0+ seismic events), zero SerVilla steel frame villas have experienced structural collapse or life-threatening damage.
Framing assemblies undergo static and dynamic wind pressure verification according to Eurocode 1 (EN 1991-1-4) simulating gust pressures over 250 km/h, verified with continuous strap cross-bracing, Simpson hold-downs, and diaphragm sheathing tests.
Every production batch is backed by official EN 10204 Type 3.1 Inspection Mill Certificates verifying chemical composition, yield strength (fy ≥ 350 MPa), tensile strength, elongation at break, and continuous hot-dip zinc coating thickness (Z275).
Upload your architectural drawings (PDF/DWG/IFC) to receive a structural feasibility evaluation, foundation interface loads, and manufacturing cost schedule.