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Hyperbolic hypar tensile structure at a building entrance in Pune

Hyperbolic Structures

Hyperbolic Tensile Structures

A hyperbolic paraboloid — usually shortened to "hypar" — is a saddle-shaped surface that curves upward in one direction and downward in the other. In tensile structures, this double curvature is what gives the membrane its structural stability: the two opposing curves work against each other to keep the fabric taut under load.

Weather Protection

Shields people and vehicles from sun, rain and harsh weather.

Large Span Coverage

Cover more area with minimal columns.

Custom Designs

Tailor-made designs to match your space.

Quick Installation

Fast and efficient installation with minimum disruption.

Durable & Low Maintenance

High-quality materials for long-term performance.

Smart Tensile Solutions

Designed to protect.
Built to last.

We design and install tensile structures that make open areas more useful, organised and visually appealing. Every structure is engineered for local weather conditions while adding value to your property.

UV Stable Fabric

High-quality membrane fabric that blocks harmful UV rays.

Wind Resistant

Engineered to handle high winds and heavy loads.

Waterproof

Waterproof membrane with planned drainage for complete protection.

Hyperbolic Structures Design Details

Architectural Appearance

Architectural Appearance

Hyperbolic structures are often chosen specifically for their visual impact — at entrances, in public plazas, or wherever the covered area is also meant to make a design statement. The saddle shape distributes tension across the whole membrane surface rather than concentrating it at a single high point, which is one of the practical reasons this form is used beyond its appearance.

Supporting Framework

Supporting Framework

Hyperbolic structures typically use corner or edge supports — masts or columns at the high and low points of the saddle — connected by cables that help maintain the membrane's tensioned shape. Span, height at each support point, and overall proportions are worked out for your specific site and design brief.

Benefits You Can Count On

Protects people, vehicles and property from sun, rain and hail.

Maximises usable space with clear, open spans.

Enhances the look and value of your property.

Natural daylight with less heat under the canopy.

Cost-effective with low maintenance requirements.

Strong, durable and built for long-term use.

Our Process

  1. 01

    Consultation

    We understand your requirements and site conditions.

  2. 02

    Design & Engineering

    We create custom designs that fit your space and purpose.

  3. 03

    Fabrication

    High-quality materials and precision fabrication at our facility.

  4. 04

    Installation

    Expert installation with safety, efficiency and minimal downtime.

  5. 05

    After Support

    Ongoing support and maintenance whenever required.

Frequently Asked Questions

What sites suit a hyperbolic design best?

Sites where an architectural or feature roof is wanted, such as entrances or public plazas, tend to suit this form well.

Does the shape affect cost compared to simpler forms?

Hyperbolic geometry is more complex to fabricate, which can affect cost — confirmed through a specific quotation for your project.

Is a hyperbolic structure harder to maintain?

Maintenance principles are the same as other tensile structures — periodic inspection of fabric, cables and connections.

Have a project
in mind?

Let us design the right solution for your space.

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Get expert guidance and the right solution for your space.

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