Medium Fabric Structures are between 250 and 1000sqm in size

Medium Fabric Structures

In terms of our LSAA Design Awards, a Medium sized Fabric Structure, or tensioned membrane structure, would have a surface area of between 250 and 1000 sqm.

Tensioned fabric or membrane structures of this size are often of one geometric form such as a conical structure with a central bale ring attached to a mast or tied down. The perimeter could be a series of edge cables, trusses or beams. If multiple units are used they the final structure may fall into the "large" category.

Other forms could be panels with internal diagonal arches, crossed arches, barrel vaults with intermediate valley cables.

The following articles are in random order whilst the (separate) List of Medium Structures is in order of most recently modified article first. As of May 2025 approximately 42 articles are available.

Elizabeth Quay Project

Elizabeth Quay

: 21 September 2016; 27 October 2020

This project was entered into the LSAA 2016 Design Awards (Category 2, Entry 2063)

Entrant: Fabritecture (Designer and Installer)

Location: The Esplanade. Completed: August 20 2015

Client: Leightons

Team: ARM Architects, Maffeis Engineering, Fabritecture, Seele, Fabritecture

Application

A unique ferry terminal structure utilising custom ETFE cushion system paired with aluminium cladding as part of the Elizabeth Quay upgrade development in the Perth CBD.

Blacktown Village Green

: 13 February 2015; 27 October 2020

This project was entered in the LSAA 2011 Design Awards (#7007)

PROJECT DESCRIPTION

This project was essentially a weather cover over a public space. During discussions with our sales team at the tendering stage it was clear that the project also had an element of environmental consideration. For this reason we developed a custom design that worked to these constraints.

The purpose according to builders was to create an inviting public recreation area. The architects specified a tensile membrane roof in order to cover the area while allowing natural light to enter the space.