The Makkina Triumph TR25 concept EV has been designed exclusively for the brand as a futuristic rendering of what it might look like if the brand's iconic Jabbeke TR2 were revived. The vehicle maintains a heritage-inspired design that is unmistakably sculpted and somewhat retro, but is modernized by a series of strategic aesthetics to give it a truly futuristic form. The vehicle is crafted out of F1-grade composite materials and boasts a scissor-style door on either side for access.
The Makkina Triumph TR25 is accented on the interior with a Union Jack-inspired steering wheel that boasts a self-centering dial. The passenger seat can be discreetly hidden away when not in use to further reduce drag and elevate the overall aesthetic of the vehicle.
Retro-Inspired Electric Vehicle Concepts
The Makkina Triumph TR25 is Inspired by the Jabbeke TR2
Trend Themes
1. Retro-inspired Electric Vehicles - Disruptive innovation opportunity: Develop retro-inspired electric vehicles that combine nostalgic design elements with modern technology.
2. Futuristic Design Aesthetics - Disruptive innovation opportunity: Incorporate futuristic design elements into products to create a visually striking and forward-thinking aesthetic.
3. Lightweight Composite Materials - Disruptive innovation opportunity: Explore the use of F1-grade composite materials to create lightweight and durable products across various industries.
Industry Implications
1. Automotive Industry - Disruptive innovation opportunity: Introduce retro-inspired electric vehicles into the automotive market to cater to consumers seeking a unique blend of nostalgia and sustainability.
2. Design and Architecture - Disruptive innovation opportunity: Apply futuristic design aesthetics to various products, including buildings and furniture, to create visually compelling and modern spaces.
3. Materials Science - Disruptive innovation opportunity: Develop and utilize lightweight composite materials in industries such as aerospace, sports equipment, and transportation for enhanced performance and energy efficiency.