Tensile Structures
Explore 15 architectural membrane forms developed through form-finding, prestress, structural analysis, patterning, controlled fabrication and erection.
Project-specific selection
Every tensile structure requires coordinated membrane grade, curvature, pretension, steel, cables, connections, wind criteria and foundations.
Integrated delivery
Site review, engineering, material approval, fabrication, coating, installation, inspection and handover are coordinated under the agreed project scope.
Choose geometry by span, use, drainage and architectural intent.
Every tensile structure requires coordinated membrane grade, curvature, pretension, steel, cables, connections, wind criteria and foundations.
Conical Tensile Canopy
A high-point tensile membrane canopy using an engineered mast, apex connection and perimeter tension to create strong architectural identity and positive drainage.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 02Inverted Conical Tensile Canopy
A low-point funnel-shaped membrane surface that creates dramatic form while directing rainwater toward an engineered central drainage point.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 03Hypar Tensile Structure
A hyperbolic-paraboloid membrane form created by alternating high and low corners for efficient anticlastic curvature and a light architectural profile.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 04Sail Tensile Canopy
A dynamic tensioned sail canopy formed between project-specific high and low supports for open, sculptural shade coverage.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 05Wave Tensile Structure
Alternating high and low membrane lines create a flowing wave canopy suitable for continuous or repeated architectural coverage.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 06Arch Tensile Canopy
A curved structural frame supports a tensioned membrane roof with clear spans, controlled water shedding and a refined architectural silhouette.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 07Pyramid Tensile Canopy
A four-sided tensile roof rises to a central high point, combining clear geometric form with controlled membrane slopes and modular coverage.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 08Walkway Tensile Shade
A linear membrane canopy designed to protect pedestrian routes while maintaining accessible width, headroom, drainage and building connections.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 09School Assembly Tensile Shade
A large-area tensile canopy planned for student assembly, play and circulation zones with safety, visibility, heat reduction and drainage in focus.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 10Swimming Pool Tensile Canopy
A corrosion-conscious tensile canopy arranged around pool circulation, wet-area safety and a high-quality leisure environment.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 11Stadium Spectator Tensile Shade
A long-span tensile roof engineered to shade spectator seating while preserving sightlines, crowd movement, drainage and venue operations.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 12Mosque Courtyard Tensile Shade
A respectful architectural canopy for prayer and gathering areas, coordinated with circulation, ablution access, acoustics, lighting and courtyard drainage.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 13Restaurant Terrace Tensile Canopy
A hospitality tensile canopy designed for outdoor seating comfort, weather management, guest circulation and brand-quality appearance.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 14Event and Exhibition Tensile Canopy
A visually distinctive canopy developed for exhibition entrances, temporary or permanent event zones and high visitor movement.
VIEW COMPLETE DETAILS →TENSILE SYSTEM 15Custom Large-Span Tensile Membrane Structure
A bespoke long-span membrane structure developed through form-finding, structural analysis, patterning, fabrication and controlled erection.
VIEW COMPLETE DETAILS →Request a project-specific Tensile Structures proposal.
SEND PROJECT REQUIREMENT →Tenseo technical documents.
Serge Ferrari architectural membrane references for durable coated tensile shade systems. Project engineering determines the appropriate grade.
Tensile Architecture Brochure
System families, architectural applications and manufacturer material overview.
Tenseo Advanced 902 S2
Sample and technical reference card for an architectural PVC Précontraint membrane.
Final membrane weight, finish, colour, fire rating and warranty must match the approved project specification and current manufacturer data.