Automotive
Innovation in Materials
At FIDAMC we are constantly working on the development of composite materials that improve vehicle efficiency and safety. Our materials are designed to be lighter and more durable, which contributes to greater fuel efficiency and a significant reduction in pollutant emissions. This not only benefits automakers, but also the environment and consumers.
Collaborations and Projects
We collaborate with leading automakers and research centers to carry out innovative projects. These partnerships allow us to be at the forefront of technology and to apply our innovations in state-of-the-art vehicles.
Formula Student and MotoStudent
At FIDAMC, we are proud to support initiatives such as Formula Student and MotoStudent, which are international engineering competitions in which teams of students design, build and race cars and motorcycles. These initiatives not only foster innovation and creativity, but also provide a platform for young engineers to apply their knowledge in real-world situations.
- Formula Student: This competition challenges teams to develop racing vehicles that are fast, safe and efficient. At FIDAMC, we offer technical support and access to our advanced composite materials so that teams can explore new design and manufacturing solutions. Through this initiative, we help nurture the next generation of engineers and promote sustainable engineering practices in motorsport.
- MotoStudent: Similar to Formula Student, but focused on motorcycles, this competition gives students the opportunity to innovate in the design and development of racing motorcycles. We support participating teams by providing access to cutting-edge technologies and high-performance materials, allowing them to experience and learn first-hand about the challenges and rewards of automotive engineering.
Sustainability & Future
Our commitment to sustainability is reflected in every project and collaboration. We are developing new technologies and manufacturing processes that not only improve vehicle performance, but also minimize environmental impact. We focus on creating recyclable materials and implementing practices that reduce CO2 emissions and energy consumption.