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CARPORT GUIDE

Membrane shelters

Choosing a membrane carport

Start with parking movement, column positions and drainage, then compare forms. Membrane shelters can serve cars, two-wheelers and charging areas.

Membrane carport planning illustration
Concept illustration · final design depends on the site

USE & FUNCTION

What this shelter serves

A membrane carport combines supports, a tensioned canopy, foundations and drainage details. Names such as “7-shaped” or “mushroom” describe familiar silhouettes rather than a universal structural standard. Column positions and connections may differ between suppliers; project drawings and calculations govern the final design.

01

Vehicle types and bay layout

02

Available foundation positions and below-ground constraints

03

Canopy drainage and adjacent-building interfaces

SITE FIT

Where it fits

Distinguish car parking, two-wheeler parking and charging equipment at the outset. Bay widths, door or walking routes, access requirements and maintenance space affect the column grid and canopy edge.

DESIGN CHECKS

What to check in design

Compare steelwork, membrane material, foundations, edges, rainwater discharge and lighting interfaces together. Similar silhouettes can involve very different construction scopes and maintenance access.

COMPARE OPTIONS

How it differs from other uses

If solar modules are planned, assess loading, waterproofing, electrical work and maintenance separately. A membrane form guide is not a photovoltaic system design.

QUESTION & ANSWER

A common planning question

Can a reference photo settle the carport form?

A photo can express a preferred appearance. Site dimensions, parking layout, column constraints and drainage destinations are still needed to compare buildable schemes.

START YOUR PROJECT

Send the site brief

Useful first materials for comparing a buildable canopy and an agreed work scope.

  • Site location, photos and approximate dimensions
  • Vehicle count, parking and walking routes
  • Foundation constraints, drainage and adjacent structures
  • Vehicle types and bay layout
  • Available foundation positions and below-ground constraints
  • Canopy drainage and adjacent-building interfaces