
Composite Hybrid Automotive Suspension System Innovative Structures (CHASSIS)
Using composites to reduce the weight of three components in the best selling van of all time - the Ford Transit.
Composites are fundamental in the development of the next generation of zero emission vehicles. They play a crucial role in enabling motors to spin faster and be more efficient; for hydrogen to be stored safely; for ships to harness natural sources of energy; and for safe, comfortable and reliable travel for passengers. The NCC is working at the forefront of identifying, investigating and developing these innovations and technologies.
Today, there is only one cost effective, technically viable and safe way to store hydrogen for mobility applications: composite pressure vessels that draw upon the high performance of fibres and toughness of matrix materials in a composite. The impact performance of composites, low mass and resistance to harsh environments makes composites more competitive than metallic alternatives. At the NCC, we are supporting the development of supply chains and technology for light, strong and durable energy storage solutions.
Composites provide more durable, lighter and lower full life cost solutions in a number of surface transport applications. They last longer than other materials, which improves reliability, reduces through life costs and reduces the environmental impact of many transport modes. Composites enable increased power density: super high-strength fibres are used to retain magnets in high performance motors, enabling them to spin faster and generate more power for the same mass. In many lower volume applications, like fairings and bodywork, composites can provide the most cost effective manufacturing solution, where complex mouldings can be made from low-cost tools. In turn, low up-front costs remove barriers to market entry and speed product development.
Using composites to reduce the weight of three components in the best selling van of all time - the Ford Transit.
Exploring the supply chain opportunities for hydrogen fuel cell electric powertrains, which will play a significant role in the transition of heavy-duty vehicles (HDVs) to zero emissions.
Developing a novel, high pressure hydrogen storage tank for use in HGV, bus and off highway applications.
Finding a more sustainable, cost-effective alternative material for the subterranean pipes used by Magway
Future proofing battery case design for electric vehicles.
Investigating weight reduction and high production rates for the automotive sector.