Gurit engineered a carbon-fibre chassis for Beacham’s CFE, reimagining the Jaguar E-Type with a tub weighing about 100 kg against 260 kg for steel and 77 percent stiffer in torsion.
At the World Time Attack Challenge (WTAC), drivers race alone against the clock chasing the fastest lap, and every component has to earn its place. Sydney Composites engineers and fabricates front and rear aero for these cars, from wings to undertrays and diffusers, generating downforce and grip while keeping weight in check.
Daniel Young, founder of DY Composites, builds precision composite aerodynamic panels for endurance racing, where tight deadlines meet harsh conditions and failure has immediate consequences. For Young, the reward comes from the link between engineering, manufacturing and competition, and from seeing parts leave the factory floor and perform as intended.
The most direct route into a composites workforce is vocational education and training (VET). A Certificate III apprenticeship combines structured off-the-job training with paid, supervised work in a manufacturer’s own facility, which means the employer trains staff in their own processes from day one rather than hiring blind.
Jason Ferraro and the Renner Auto team
recreate the character and unmistakable shape of the classic Porsche while replacing much of the technology beneath it with contemporary engineering, materials and manufacturing processes
Inside Summertime Pools’ Dandenong South facility, Composites Australia members explored high-volume fibreglass manufacturing, automation, lean processes, and engineering-led design that drive productivity, consistency, and continuous improvement.
A born-global product, Talon Technology’s co-moulded Carbon–Kevlar hinge replaces mechanical joints with a continuous composite structure, combining rigid carbon fibre laminates with a flexible Kevlar core – a thin, durable and repeatable product.
Australia’s engineering capability is a national asset. Composite engineers, in particular, link advanced materials with practical outcomes, enabling the creation of lighter, stronger, and more sustainable structures. Their expertise supports exports, builds sovereign capability and opens new frontiers.
Advanced Composite Structures Australia (ACS-A) has evolved from CRC-ACS into an ISO 9001-certified engineering and manufacturing firm. Delivering composites solutions for aerospace, defence, marine, energy and transport, ACS-A is expanding into a new Melbourne facility while strengthening sovereign capability, advancing innovation, and supporting future engineers and technicians.
From the muscle of Ford’s Shelby GT350R, to the precision of Ferrari’s 488 Pista, to the scale of the Range Rover Sport SV, Carbon Revolution’s engineering journey demonstrates how wheels can embody a car’s unique essence in parallel with optimising performance.
