Are you a fan of innovative retail spaces? If so, you've probably seen a Fabritecture project without even realizing it. With a portfolio that includes high-profile locations throughout the world, Fabritecture has become a leader in creating functional and visually stunning retail spaces. From shopping centers to outdoor marketplaces, Fabritecture's expertise in design, engineering, and construction has helped shape the retail landscape. In this blog post, we'll explore some of our most successful projects in the retail industry and showcase the unique design solutions that make them stand out.

The Pacific Fair Resort Roof is a remarkable architectural masterpiece that is part of the $670 million redevelopment of Pacific Fair on the Gold Coast. The Resort Roof is a complex PTFE structure that spans 360 linear meters and features a unique dia-grid ribbon ring roof with curvature throughout. This bright and airy roof incorporates an LED lighting system, making it a stunning visual spectacle both day and night.

The Pacific Fair Resort Roof is a prime example of innovative design and engineering. The structure is made of lightweight materials, which allowed the project team to create a roof that is both visually stunning and functional. The PTFE material used for the roof is known for its durability, resistance to weathering, and low maintenance requirements. The roof's dia-grid ribbon ring system is a unique structural design that allowed the project team to create a complex roof with a large span, without the need for additional support columns.

The integration of advanced technology into the roof's design is another impressive feature of the Pacific Fair Resort Roof. The LED lighting system incorporated into the roof creates a stunning visual effect, illuminating the roof in a range of colours and patterns. The lighting system is energy-efficient and can be controlled remotely, making it easy to adjust the lighting to suit different events and occasions.

The Pacific Fair Porte Cochère is a stunning architectural structure that sits atop the main entry point of the newly redeveloped Pacific Fair Shopping Centre in Gold Coast, Australia. The design of the structure was inspired by the shape of a whale's tail, which is a common sight in the nearby Pacific Ocean.

The primary purpose of the structure was to create a visually striking feature that would attract visitors to the shopping centre. Additionally, it serves a practical purpose by providing shelter from inclement weather for those entering the shopping centre from the main entrance.

The finished product exceeded the expectations of the client, resulting in a breathtaking entrance structure that is a noteworthy addition to the $670 million redevelopment of Pacific Fair. The use of tensile fabric in the construction of the porte cochère highlights the possibilities of this innovative building material.

The Westfield Chermside Urchin project, located in Brisbane, Australia, is a remarkable example of innovative modern architecture that has captured the attention of designers, architects, and the public alike. This project demonstrates the potential of architecture to integrate with the environment, use sustainable materials, and push the boundaries of design.

The Westfield Chermside Urchin project is a unique and innovative structure that has been designed to complement its surroundings and provide an engaging and functional space for visitors. The project was completed in 2017 and is a part of the Westfield Chermside shopping centre in Brisbane, one of the largest shopping centres in Australia. The Urchin project is a standout feature of the centre and has become a popular destination for visitors due to its striking design and unique features.

The Westfield Chermside Urchin project is a remarkable feat of modern architecture that features a range of unique design elements. The structure is made up of a series of angular steel frames that interlock to form a complex network of shapes and spaces. The design of the Urchin project is inspired by the natural forms of sea urchins, which are known for their spiky, irregular shapes.

One of the most striking features of the Urchin project is its use of materials. The aluminium panels used in the construction of the structure were designed to be lightweight, durable, and sustainable, making them an ideal choice for the project. The structure was also coated with a layer of high-performance paint that provides protection against the Australian climate.

Westfield Newmarket is a shopping centre located in Auckland, New Zealand. The centre underwent a massive redevelopment that transformed it into a retail, dining and entertainment precinct that is the largest in the area.

The project involved the construction of two custom architectural facades for the multi-storey car park along Gillies Avenue/Mortimer Pass and Gillies Avenue/Morrow Street. Fabritecture was contracted for the design and construction of the two facades. 105 tonnes of steel were used to support the façade elements, which consist of 9, 320 diamond-shaped aluminium panels. Each panel is made up of 829 individual diamonds, with typically 12 diamonds per panel (for a total of 10,890).

The benefits of the new facades are numerous. The aluminium panels are lightweight, durable and resistant to corrosion. The installation of the facades was quick and easy, requiring minimal maintenance. The new facade provides a uniquely modern aesthetic to the multi-storey car park which complements Westfield Newmarket's architectural style.

The redevelopment has had a significant impact on the local economy. The facades have become a local landmark and have helped to increase the visibility of the centre. This has helped to revitalize the area and attract more visitors.

The Canopy at Rosenthal is a stunning architectural masterpiece designed and constructed by Fabritecture. The bespoke canopy is part of a larger collaborative project by ADCO Constructions, Lane Cove Council, and the local community.

The Canopy at Rosenthal is a unique structure that combines beauty and functionality. The canopy is made of ETFE, a lightweight and durable material that is perfect for architectural applications. ETFE is a transparent material that allows natural light to penetrate the structure, creating a bright and airy space. The material is also highly resistant to weathering, UV radiation, and other environmental factors, making it an ideal choice for outdoor structures.

The Canopy at Rosenthal is a stunning example of how architecture can blend seamlessly with nature. The structure is designed to provide shade and shelter while allowing visitors to enjoy the natural beauty of the surrounding landscape. The canopy is also designed to be environmentally sustainable. The use of ETFE allows natural light to penetrate the structure, reducing the need for artificial lighting. The material is also highly recyclable, making it an eco-friendly choice for architectural applications.

Return to News