Aircraft concept for P3X
COLAONI-VEGA's latest endeavor lies in the realm of conceptual design for a groundbreaking aircraft, capitalizing on the founder's academic Aerospace background and Formula 1 expertise.
This innovative project showcases Colaoni-Vega's commitment to pushing boundaries and leveraging its unique blend of knowledge and experience to deliver exceptional results.
Complete car design for Vega Automobiles
VEGA AUTOMOBILES skillfully encapsulates the enduring charm and elegance reminiscent of the 1930s era within the realm of bespoke automobiles. These meticulously crafted vehicles bear the mark of precision design and engineering by COLAONI-VEGA. What sets these remarkable automobiles apart is not just their unparalleled design but also the power that lies beneath their hoods, as they are propelled by Alfa Romeo, a brand celebrated for its excellence and performance in the automotive world.
safety-critical works for Alfa Romeo Formula 1
Under Gabriele´s guidance, Alfa Romeo team achieved complex design and structural assessments, introduced inventive concepts, and enhanced manufacturing methods. These projects encompassed designs for composite suspensions, car main floors, safety and primary structures, roll hoop structures, driver seats, and homologation-critical components.
Engine and exhaust works for Ferrari Formula 1
Gabriele's innovative mindset led to the development of the first composite plenum for the Ferrari Supercharged Hybrid Formula One engine. Passing rigorous tests for reliability and lightweight properties, this groundbreaking advancement showcased his ability to revolutionize engine design.
Collaborating with aerodynamic engineers, Gabriele took the lead in designing the team's first high-temperature exhaust system with the Coanda effect. Rigorous wind tunnel testing revealed a remarkable improvement in car downforce, showcasing his expertise in pushing the boundaries of materials and car design.
Chassis works for Ferrari Formula 1
Gabriele showcased his expertise in revolutionizing the chassis design and manufacturing to address Ferrari's weight challenge. This experimental chassis played a pivotal role in Ferrari's victory in both the Constructors' and Drivers' World Championships.
Collaborating with suppliers, new aerospace-grade composite materials were introduced coupled with innovative manufacturing techniques.
Furter collaboration with universities and research centers led to the introduction of a groundbreaking concept for the manufacturing of sandwich structures.