The Dragonfly Hyperscooter by D-Fly is a futuristic transportation solution for urban consumers that provides them with a high-end way to get around town that doesn't skimp when it comes to a fun riding experience. The scooter has been developed by the London-based company as a sculpted transportation option that draws design inspiration from supercars thanks to a carbon fiber build with aerospace-grade aluminum components. Automative-grade LED headlights enhance the futuristic nature of the scooter, while also ensuring riders can stay visible in city streets.
The Dragonfly Hyperscooter by D-Fly boasts full-tilt technology that's patent-pending and intended to provide a operational experience that's similar to the control systems found inside F1 race cars. The scooter delivers a top speed of 38mph and a range of 28.5 miles, and is positioned for a limited-edition launch in summer 2020.
Tilting Race Car-Inspired Scooters
The Dragonfly Hyperscooter by D-Fly Boasts a Sculpted Design
Trend Themes
1. Futuristic Transportation Solutions - The Dragonfly Hyperscooter by D-Fly showcases a high-end and visually appealing design, presenting opportunities for the development of more futuristic urban transportation options.
2. Carbon Fiber Builds - The use of carbon fiber in the Dragonfly Hyperscooter highlights the potential for disruptive innovations in various industries, such as automotive and aerospace, where lightweight and strong materials are essential.
3. Integrated Control Systems - The patent-pending full-tilt technology in the Dragonfly Hyperscooter indicates the potential for disruptive innovation in industries seeking enhanced control systems, such as automotive, robotics, and gaming.
Industry Implications
1. Urban Transportation - The Dragonfly Hyperscooter aligns with the urban transportation industry, suggesting opportunities for the development of more efficient and stylish solutions for urban commuters.
2. Automotive - The race car-inspired design and advanced control system in the Dragonfly Hyperscooter present potential disruptive innovation opportunities in the automotive industry, particularly in the development of high-performance electric vehicles.
3. Aerospace - The carbon fiber build and lightweight design in the Dragonfly Hyperscooter highlight possibilities for disruptive innovation in the aerospace industry, where lightweight materials are crucial for fuel efficiency and performance.