Our commitment to constant research and development of lighter and more durable composites allows our clients to make previously impossible projects a reality. This dedication gains added significance within the realm of electric vehicles (EVs), where the imperative to reduce weight to increase range and overall performance is paramount. Through our cutting-edge composites, we not only enable the transformation of ambitious concepts into tangible results but also play a pivotal role in advancing EV technology. By optimising efficiency and shedding excess weight, we contribute to extending the range, enhancing performance, and revolutionising the landscape of automotive propulsion. These composites stand at the forefront of design, enabling new EV technologies that are not only environmentally friendlier but also poised to flourish in the modern era of sustainable transportation.
Explore the real-world impact of GMS Composites through our in-depth case studies.
GMS Composites’ extensive and established materials supply chain, in-house expertise, and R&D partnerships with research institutes and universities allow them to formulate, test, and develop bespoke solutions that deliver higher-value outcomes for your projects.
From initial prototypes to small batches for niche applications to high-volume orders, GMS Composites’ flexible supply chain practices allow them to supply your product in the quantities you need, when you need them and where you need them.
GMS Composites’ ability to rapidly develop and produce materials for your project allows you to accelerate your deadlines, importantly, enabling you to launch products faster and with the long-term cost benefits built in.
We’re paving the way for a cleaner and more environmentally-conscious future, reducing our reliance on historically inefficient products and enabling new technologies, designs and cleaner energy solutions. Simply enabling a more efficient and sustainable world.
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