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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. Sample structures in the following image gallery.



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.


 

Finished-Shore-Pool-Skylight 1
Shore School Pool Hall Skylight (DA 2022 Entry by MakMax)

LSAA 2022 Plaques 0006

APPLICATION OF PROJECT:      

ETFE 600 sqm Skylight over an indoor swimming pool

PROJECT DESCRIPTION:The Shore Physical Education Centre (SPEC) was built to deliver a suite of new flexible learning spaces including a multi-purpose sports complex and an indoor swimming pool. The 16 pillow, 3-layer ETFE skylights were a key part of the indoor swimming pool roof, designed to fill the indoor aquatic centre with natural lighting, while also providing a modern, highly aesthetic architectural feature to the roof.

Panned side shot of the Rady Shell (photo credit: San Diego Symphony)
Panned side shot of the Rady Shell (photo credit: San Diego Symphony)

LSAA 2022 Plaques 0004

APPLICATION OF PROJECT

Outdoor concert theatre at Jacobs Park

The Rady Shell Concert Venue Description

The Rady Shell in San Diego Symphony’s new bay side venue is the first permanent year-round bay side concert venue in the nation operated by the Symphony Orchestra. The Rady Shell can accommodate audiences of 3,500 – 8,000 per concert and up to 10,000 for special events.

Fabritecture was engaged for the technical design and fabrication of the Rady Shell performance structure and surrounding pavilion structures. The Shell itself comprises a rolled steel frame and PTFE cladding. The entire structure is approximately 236,000lbs (107,000kgs or 107 tonnes).

The stage accommodates an orchestra size of up to 150 musicians and choir with a front of stage width of 32m and depth of 20m.

Verandah Cafe - Hamilton New Zealand
Verandah Cafe - Hamilton New Zealand

Entrant: Structurflex Ltd - Engineering Fabrication Installation
Location: Hamilton Lake Domain
Client: Hamilton City Council
Architect: 360 Architects
Struct. Eng.: Compusoft Engineering
Builder: Foster Construction
Fabricator: Structurflex

This project was entered in the LSAA 2009 Design Awards - Medium Structures (#2022)

No further details have been entered to date. 



 

Halo Night Club Brisbane - Interior View of inverted membrane cone
Halo Night Club Brisbane - Interior View of inverted membrane cone

Entrant: Fabritecture

Location: Brisbane
Client: AGS Construction
Completion Date: February 2012

This project was entered in the LSAA 2013 Design Awards (Cat 2, 2301)

PROJECT DESCRIPTION:

Halo was designed to take full advantage of Brisbane's wonderful weather offering a sophisticated, open-air lounge environment. In the trendy suburb of Paddington on the West Side of Brisbane is the Caxton Street Precinct famous for its entertainment venues and bustling nightlife.

View of the Green School Kina Roof Project
View of the Green School Kina Roof Project

DESIGN FABRICATION INSTALLATION BRIEF

The Kina building at Green School New Zealand was conceived as a groundbreaking educational facility, designed to embody sustainable and innovative principles. The client’s vision was for a building that would integrate biophilic design with neuroarchitecture, enhancing both cognitive function and emotional well-being. The challenge was to create a structure that not only supported Green School’s commitment to holistic education and environmental stewardship but also reflected a deep connection to nature.

In addressing the design brief, Fabric Structures focused on several key aspects. The project demanded the use of cutting-edge fabric materials that would contribute to both the aesthetic and functional goals of the building.

Hagley Oval Membrane Roof - Mast details
Hagley Oval Membrane Roof - Mast details

 

Project entered in the LSAA 2016 Design Awards (Medium Structures, #4047)

Entrant: Fabric Structure Systems (Designer / Fabricator / Installer)

Location: Christchurch, New Zealand.   Completed: October 2014  Client: Cantebury Cricket Association

Team: Athfield Architects, Wade Design Engineers Ltd, Southbase, Fabric Structure Systems 

Application: The establishment of an international venue at Hagley Oval for the 2015 cricket world cup and beyond. This required the construction of a new world class cricket pavilion, out of which an architectural fabric was chosen.

Knox Grammar School - Detail of Mast Base
Knox Grammar School - Detail of Mast Base

APPLICATION OF PROJECT:

The project was to design and install a unique waterproof shade structure to a Year 11/12 study area at an elite private Grammar School in Sydney.

The area under cover is 760sqm. The space to be shaded was clearly defined and located between the austere 19th century red brick buildings on a second floor flat tiled roof

PROJECT DESCRIPTION: Knox Grammar School Project

Beyond a school’s playing fields, exposed concrete surfaces often represented the extent of outdoor space in many schools built a century ago. 

Laneways Canopy Whangarei, New Zealand
Laneways Canopy Whangarei, New Zealand

 

This project was entered in the LSAA 2016 Design Awards (Cat 2 Medium Structures, 2047)

Entrant: Fabric Structure Systems (Designer / Fabricator / Installer)

Location: Whangarei, New Zealand.   Completed: April 2016

Client: Whangarei District Council

Team: Wade Design Engineers Ltd, Fabric Structure Systems, Culum Engineering (Steel)

Application

To enhance the CBD environment and aid in the rejuvenation of the central business district to encourage the return of pedestrian traffic therefore enhancing the shopping experience.

Description

A local council initiative to revitalise the existing town center mall. The new canopy to be an integral feature of the ‘ shared space’ pedestrianizing of the dated 40 year old mall.

Catholic College - Bendigo - Mast Details
Catholic College - Bendigo - Mast Details

 

This project was entered in the LSAA 2016 Design Awards  - (Cat2, 2697)

Entrant: Structureflex (Designer / Engineer)

Location: Junortoun, Bendigo.   Completed: December 2015

Client: Catholic College Bendigo

Team: Y2 Architects, Steve Huppert, John Killmister (Cert. Eng), Shade Living Pty Ltd, Glarfab (membranes), Thornton Engineering (steel)

 Application

A large asphalt courtyard area was upgraded to provide a focal point for the students for play and school functions.