![]() This eventually led to Tras being a partner for Suzuki’s Moto GP team from 2009, leveraging the deal through branding and exposure and further work within motorsport as Team Partner for the Toyota Motorsport GmbH's VLN bid with the LEXUS IS F CCS-R. In 2002, when established teams hesitated at his offer to provide bodywork, he decided to take action himself and started his own team to design and produce aerodynamic bodywork for the Suzuka 8 Hours, leading to a class victory with a BMW Motorrad in 2006. Specialising in the design and production of carbon composites and other advanced composite materials (ACM), Tras began when its founder, Masanao Nitta, started to design bespoke carbon bodywork for race cars and motorcycles in 1988. It is the latest organization to fly the flag of the Japanese composites industry – a craft that has been central to the culture for more than a millennium. Learn about how Tras Ltd., a Japanese composite company with a background in motorsport, has made its signature high-end designer chair far more sustainable.įrom endurance motorcycle racing to luxury designer furniture, design and manufacturing studio Tras is a Japanese leader in composites. The REI chair is a testament to the incredible build, surface and finish quality that can be achieved by using Bcomp’s ampliTex™ technical fabrics. Have a question or want to stay in touch? McLaren Racing Sustainability Report 2021įive key takeaways from the Sustainability Report The full Sustainability Report from McLaren Racing can be found here: ![]() We are excited to see what the future holds and how we can further advance sustainable lightweighting solutions from natural fibres in the course of this successful collaboration. The pioneering natural fibre technologies reduce reliance on carbon fibre and single use plastic and lower the CO2 emissions by 85% compared to the seat's carbon fibre counterpart. Lando Norris' new seat uses an optimised layup of ampliTex™ and powerRibs™ flax fibre solutions to replace the conventional carbon fibre layup. Together we have developed Formulas 1's first natural fibre racing seat. "Our partnership with Bcomp has been a game-changer in helping us find new opportunities for incorporating natural fibre composites into our design and engineering," states the McLaren Racing Sustainability Report. This allows McLaren Racing to explore new paths in circular design while they also keep working on alternative end-of-life solutions. Our natural fibre technologies create high-performance alternatives to plastics and carbon fibre that come with viable end-of-life solutions. Replacing the previous carbon fibre components with natural flax fibre composites allowed McLaren Racing to decrease their amount of air freight and reduced their GHG footprint. The new timing stand and engineers' island are made in a hybrid flax-carbon construction with Bcomp's ampliTex™ high-performance reinforcements making up the majority share. The work we did with McLaren Racing on the timing stand and engineers' island helped them to reduce travelling freight weight by 3450 kg. Our partnership with McLaren has allowed us to have a positive impact in different areas. McLaren Racing recently released their Sustainability Report for 2021 and Bcomp is very pleased to be mentioned on several occasions throughout the report. The OEMs associated with the investors have first-hand experience with Bcomp technologies. Once the parts are no longer needed, the mono-material can be recycled or used for energy recovery in incineration plants. They are also indigenous to their growth areas, which results in low water and fertiliser requirements for long-term sustainability. The flax fibres used to produce ampliTex™ and powerRibs™ sequester CO 2 during their growth and act as a rotational crop to improve soil health and subsequent harvests. They offer significantly higher vibration damping and can reduce the risk of sharp shattering. This is achieved through weight reduction, dematerialisation, renewable raw materials, and viable end-of-life options. Its proprietary reinforcement technologies ampliTex™ and powerRibs™ are used for making light and stiff composites that enable reduction of the environmental impact of products. Bcomp is active in the automotive and mobility, motorsports, marine, sports, and other industry sectors.
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