The Shelby Mustang Mach-E GT Concept was debuted at the SEMA Show in Las Vegas as an all-electric performance vehicle that would provide impressive driving capabilities in an emissions-free manner.
The vehicle features an electric all-wheel drive (eAWD) along with the Performance Edition Extended Range Battery, while the body was redesigned to help reduce weight for enhanced performance. This includes graphene-infused carbon fiber body pieces and more.
The Shelby Mustang Mach-E GT Concept was commented on by Board Member of Carroll Shelby International Aaron Shelby who said, "My grandfather, Carroll Shelby relentlessly experimented with new technologies to gain a competitive edge. He researched everything from exotic materials to alternative propulsion systems, including electrification. Before his passing, Carroll told me that he hoped to see the future of EV from a performance perspective. Working closely with the team at Ford, our Shelby Mustang Mach-E GT was built in Carroll’s spirit of innovation as we strive to fulfill his visionary dreams.”
Key Themes Behind This Trend
- Electric Performance Vehicles
- Innovation opportunities exist in the development of new, faster-charging batteries and more efficient electric motors.
- Graphene-infused Carbon Fiber
- Graphene-infused materials have the potential to revolutionize the performance of lightweight vehicles and aircraft.
- Alternative Propulsion Systems
- Opportunities exist in researching and developing alternative propulsion systems for high-performance vehicles, such as hydrogen fuel cells and hybrids.
Where This Applies
- Automotive
- Automotive manufacturers and suppliers have opportunities to develop and market new technologies for electric and lightweight vehicles.
- Sustainable Energy
- Companies involved in sustainable energy technologies, such as battery and electric motor manufacturers, have opportunities to supply materials and components for high-performance electric vehicles.
- Carbon Fiber Manufacturing
- Carbon fiber manufacturers have opportunities to innovate through the development of lighter and stronger materials for vehicles and aircraft.
