SpeedKore revealed an upgraded Dodge Charger at the 2019 SEMA auto show. The car is titled the 'AWD SpeedKore Dodge Charger,' and it produces 1,525 horsepower and has all-wheel drive capabilities. The front of the car is constructed out of carbon fiber, and the rear, bonnet and fender flares were cut down to reduce the car's weight. The car has a matte black paint job, which gives it a sleek look and highlights the aerodynamic body.
The upgraded Dodge Charger is powered by a 6.2-liter V8 engine that was modified to work with two turbochargers. The car was retrofitted with a custom AWD transmission. A triple pump fuel system was also added, along with 1,700cc fuel injectors.
Power-Enhanced Retrofitted Cars
The AWD SpeedKore Dodge Charger Can Produce 1,525 Horsepower
Trend Themes
1. Power-enhanced Cars - The trend of upgrading traditional car models with enhanced power capabilities through the use of innovative technologies can be explored.
2. Carbon Fiber Composites - The trend of constructing car parts with lightweight carbon fiber materials to improve fuel economy and performance presents opportunities for the composites industry.
3. Custom AWD Transmission - The trend of retrofitting cars with customized all-wheel drive transmissions utilizing the latest technology presents opportunities for transmission manufacturers to innovate and improve products.
Industry Implications
1. Automotive - The automotive industry can benefit from the trend of retrofitted cars with enhanced power capabilities through innovation in electric and hybrid technology, and the use of lightweight and high-performance materials.
2. Composites - The composites industry can benefit from the trend of lightweight carbon fiber materials in the automotive sector, through research and development of new and improved composites materials.
3. Transmission - The transmission industry has the opportunity to innovate and provide customized all-wheel drive transmissions for retrofitted cars, utilizing the latest technology to improve driving performance.