Our team of FAA Certified repair specialists and composite technicians work together to produce highly specialized alterations of existing structures, as well as repair damaged components to original equipment specifications. Our customers also use Aerodine Composites products to expand their own advanced composite capabilities in specific areas as needed.
Our experience as the premier supplier of structural assemblies, ancillary support components, structural repair schemes, and research and development for the high-performance motorsport industry has enabled us to build a vast catalog of damage scenarios, repair techniques, and manufacturing methods to ensure that safety is never compromised.
As a company built around designing and developing the most advanced composites, Aerodine Composites was also built to win. Our entire mindset is taking the latest and greatest materials and creating state-of-the-art components with them. In the highly competitive world of motorsports, a commitment to maintaining state-of-the-art leads to championships.
Born and bred at the Indianapolis 500, our motorsports heritage runs deep, serving some of the biggest names in the industry. We are proud to be seen as an extension of their advanced capabilities and playing a vital role in their success on and off the racetrack.
Begin your project with Aerodine and find out why we have played a part in each and every Indianapolis 500 winning entry for over 30 years! Not only do we provide the parts and materials successful teams need to win, but we also back up our motorsports composites with engineering expertise, innovation, and championship-level support
Track-tested repair services that restore structural integrity with aerospace-grade composites.
Lightweight, rigid body structures that enhance safety and performance from the start of assembly.
Sleek, aerodynamic fairings engineered to reduce drag and optimize airflow.
Custom composite ducts that control airflow with precision and heat resistance.
Durable, heat-resistant engine covers built to protect and perform under race conditions.
Lightweight plenums designed for optimal airflow and engine performance in high-stress environments.
Race-ready housings that shield electronics from heat, vibration, and impact.
Precision-made composite models for aerodynamic validation and performance testing.
Composite injectors engineered for air intake optimization and reduced weight.
High-strength enclosures that safely house hybrid systems while reducing overall weight.
Lightweight, impact-resistant helmet shells engineered for maximum safety and aerodynamics.
Custom aero components built for control and precision at high speeds on the track.