Divergent 3D has stepped into the world of 3D-printed hypercars with its new Blade model. Divergent 3D is a company that focuses on 3D Printing techniques inspired by aerospace innovations. The company is based out of Los Angeles and raised $65 million dollars in 2017 to bolster its infrastructure.
At 720 BHP the Blade is the worlds first 3D printed hypercar. The Blade is created from carbon fiber, that is aerospace-grade, as well as aluminum alloys. The carbon fiber and aluminum materials are used to give the Blade its lightweight frame, with the machine's frame weighing in at just 102lbs. The Blade is inspired by contemporary aviation and is made to look like a jet. The Blade features a center seat, which was inspired by the seating in jets. The company has not yet released a price point for its 3D-printed hypercars.
3D-Printed Hypercars
Divergent's Blade Model is the First 3D-Printed Hypercar
Trend Themes
1. 3d-printed Hypercars - The Blade model by Divergent 3D is the first 3D-printed hypercar, offering an opportunity for disruptive innovation in the automotive industry.
2. Carbon Fiber 3D Printing - Divergent 3D's use of aerospace-grade carbon fiber in 3D printing offers a disruptive innovation opportunity for the materials industry.
3. Lightweight Design - The Blade's ultra-lightweight design, achieved through 3D printing and the use of aluminum alloys, presents an opportunity for disruptive innovation in various industries, including aerospace and transportation.
Industry Implications
1. Automotive - The introduction of 3D-printed hypercars like the Blade presents disruptive innovation opportunities for the automotive industry, including advancements in manufacturing and design.
2. Materials - Divergent 3D's use of aerospace-grade carbon fiber in 3D printing presents an opportunity for disruptive innovations in the materials industry, specifically in the creation of lightweight, high-performance materials.
3. Aerospace - The Blade's ultra-lightweight design, achieved through 3D printing and the use of advanced materials, presents an opportunity for disruptive innovation in the aerospace industry, particularly in the development of lightweight components and structures.