We design structures that cater to any industry, ensuring that your project aligns with your specific needs each step of the way.

Architectural textiles offer an almost unlimited range of forms & shapes that can be achieved with reasonable design efficiencies. A key driver of textile architecture is the ability to create spectacular, inorganic, curvilinear 3-dimensional shapes.

Our expert team is dedicated to delivering unparalleled results, and we work tirelessly to ensure our design meets your expectations. Partner with us today, and we'll create something amazing for you.

At Fabric Structures, we understand the importance of engineering a structure that will last. That's why we offer bespoke engineering services to ensure your piece of architectural excellence is designed and built to withstand even the toughest environmental conditions.

Our team of experienced engineers will work closely with you to create the perfect solution for your needs. We cover:

▪ Foundation Sizing
▪ Steelwork Sizing
▪ Additional Reinforcements (if required)
▪ Deflections
▪ Pre-stress of fabrics to ensure membrane tension under any load.
▪ Environmental Loads
▪ Load Transfers

We understand that successful project management is all in the details. That's why our team provides custom solutions for each client that meets their unique requirements.

Our Project Management service is designed to make your bespoke fabric architecture project run as smoothly as possible. Our experienced management provide hands-on support from start to finish, ensuring that every detail is executed to perfection. Let us handle resource consent, site data scans and underground services scan, health and safety documentation and more.

With a focus on collaboration and attention to detail, we work collaboratively with you from start to finish to ensure timely delivery, and a finished product guaranteed to exceed your expectations.

Our manufacturing and fabrication process is tailored to your specific demands. Specialized techniques and a focus on detail allow us to create a unique product that matches your particular vision.

Our team of specialists has years of experience in sourcing the best materials for bespoke fabric architecture projects. We understand that custom orders require an unparalleled level of craftsmanship and attention to detail. That's why we take pride in our ability to fabricate and source the exact materials needed to bring your vision to life.

When designing fabric tensile architecture, it's essential to have strong and reliable support structures in place. That's where our supporting structures come into play. Due to the nature of fabric and the tensile, dynamic loads it places upon its supports, a base structure that is solid enough to hold the membrane in shape whilst not distorting or ripping the fabric is essential.

We use the latest technology and techniques to create bespoke supports that are perfect for your unique design. With our team of experienced engineers, you can trust that your architectural vision will be brought to life.

We understand how important lighting and sound can be in creating a unique and functional space. That's why our experienced team works closely with each of our clients and external suppliers to design and create lighting, sound, and additional accessories that are tailored to the specific requirements of the project.

Whether it's defining a space, adding drama or interest, creating a focal point, enhancing security and wayfinding, or technical sound and PA systems, our team will create a solution that perfectly fits your needs.

Our highly skilled installers have undergone rigorous training to ensure that your construction experience is as seamless and efficient as possible. From site safety to the acquisition of required licenses and tickets, our team is well-equipped to handle any installation project.

We conduct and create all compulsory documentation and manage all aspects of installation – from road closures to complex crane lifts and scaffolding builds.  

At Fabric Structures we know that quality maintenance is key to ensuring the longevity and durability of your structures. That’s why we offer comprehensive maintenance services to keep your investments in top condition. This ensures that your structure remains clean and well-maintained, while also extending its lifespan significantly.

Tensile architecture in the commercial sector offers a modern approach to building design using materials like fabrics, membranes, and cables, which provide strength and flexibility beyond traditional materials. In commercial settings, tensile structures are commonly used for roofing, canopies, atriums, skylights, facades, and temporary structures.

Tensile roofs and canopies cover large outdoor spaces such as malls or office entrances, offering protection while creating striking designs. Membranes for atriums and skylights bring natural light into spaces like airports and shopping centers, reducing energy consumption. Tensile facades enhance aesthetics and energy efficiency by shading building exteriors and regulating temperatures.

Temporary tensile structures, such as event pavilions or pop-up retail spaces, offer quick installation and adaptability, making them ideal for short-term commercial needs. Overall, tensile architecture enhances both function and design, creating sustainable, visually dynamic commercial spaces while reducing energy use.

Tensile roofing systems are widely used in sports stadiums and leisure facilities to provide weather protection for spectators and athletes, while still allowing for open-air experiences and natural light. These lightweight yet durable structures create expansive roofs for venues like stadiums, pools, and recreational areas, enhancing usability year-round by covering courts, fields, and playgrounds.

In resorts and recreational complexes, tensile fabrics add shade and shelter to outdoor dining areas, spas, and lounges, contributing to both comfort and aesthetics. Their flexibility makes them ideal for temporary event spaces, easily installed for concerts or exhibitions and later dismantled.

Tensile structures also promote sustainability by requiring fewer materials, allowing for natural ventilation and daylighting, and reducing the need for artificial lighting and climate control. Their versatility in design allows architects to create visually striking, functional spaces that enhance both the appearance and usability of sports and leisure venues, while supporting sustainability goals.

Fabric structures play a vital role in enhancing educational and cultural institutions by offering functional and aesthetic benefits. On university campuses, tensile fabrics create covered walkways, courtyards, and outdoor learning spaces, providing shelter while enhancing the campus environment. These structures also support outdoor lectures and recreational activities, fostering dynamic learning environments.

Fabric architecture is ideal for temporary event spaces, accommodating conferences and exhibitions with flexible, adaptable designs. Additionally, these structures can serve as bold architectural landmarks that reflect an institution’s identity, adding visual appeal.

Sustainability is another key advantage. Fabric structures maximize natural light and ventilation, reducing energy consumption, while their lightweight design allows for easy relocation, minimizing waste. Overall, they improve both functionality and aesthetics in educational and cultural settings, while promoting sustainability and creating engaging spaces for students, faculty, and visitors.

Tensile architecture in habitats and enclosures uses flexible materials like fabrics, membranes, and cables to create versatile, functional structures for living spaces, animal habitats, and environmental conservation projects. In zoos and wildlife parks, tensile structures replicate natural environments, providing shelter with natural light and ventilation, tailored to meet the needs of various species.

In botanical gardens and greenhouses, tensile membranes create controlled environments that regulate temperature and humidity while maximizing sunlight for optimal plant growth. These structures not only protect delicate or exotic species but also enhance visitor experiences through their visually striking designs.

For environmental conservation, tensile architecture provides sustainable, temporary shelters and research facilities in remote or sensitive areas. These lightweight structures are easy to assemble and dismantle, reducing their environmental footprint and supporting conservation work.

Fabric architecture in the art and design sectors showcases the creative use of tensile materials to craft visually striking installations, sculptures, and spaces. Artists often utilize tensile fabrics to create immersive environments that interact with natural elements like light and wind, transforming galleries and public spaces into dynamic experiences.

In exhibition spaces, fabric structures serve as flexible walls, partitions, or backdrops, enhancing both the functionality and aesthetic appeal of museums and galleries. Their versatility also makes them ideal for temporary pavilions and event spaces at art festivals and cultural events, offering adaptable, creative designs that align with artistic themes.

Tensile fabrics are also used to create sculptural forms that respond to their surroundings, adding kinetic or interactive elements to public spaces. This fusion of art and architecture allows for innovative expressions that redefine spatial experience. As fabric architecture continues to evolve, it pushes the boundaries of creativity, materiality, and form in the art and design world.