EDAG's Concept Car Can Be Constructed By 3D-Printers
Rahul Kalvapalle — March 11, 2014 — Autos
German automotive design firm EDAG has unveiled a futuristic car concept that it believes can one day become a reality. The concept car's build is inspired by the structure of a turtle, so that the inside is cushioned from outdoor elements while the outside is hard as armor -- just like a turtle's shell. To achieve this, EDAG envisions the liberal use of carbon fibers to provide the necessary strength and durability.
EDAG believes that a process called 'additive manufacturing' -- essentially large-scale 3D-printing -- will one day make it possible for its dreamy design to come to life.
However, they're also quick to point out that the concept is at least a decade away from being realized. However, production of the required components is feasible.
The company also claims that this concept and others inspired by natural structures can only be built using 3D printers.
EDAG believes that a process called 'additive manufacturing' -- essentially large-scale 3D-printing -- will one day make it possible for its dreamy design to come to life.
However, they're also quick to point out that the concept is at least a decade away from being realized. However, production of the required components is feasible.
The company also claims that this concept and others inspired by natural structures can only be built using 3D printers.
Trend Themes
1. Additive Manufacturing - The use of large-scale 3D-printing for manufacturing components presents disruptive innovation opportunities in various industries.
2. Structural Design Inspired by Nature - Designing products inspired by natural structures, like turtles, offers opportunities for innovative and durable solutions.
3. Carbon Fiber Reinforcement - The liberal use of carbon fibers in manufacturing provides strength, durability, and lightweight solutions across different industries.
Industry Implications
1. Automotive Manufacturing - Implementing additive manufacturing and carbon fiber reinforcement techniques in automotive manufacturing can revolutionize the industry.
2. Aerospace - Adopting additive manufacturing and nature-inspired structural designs can lead to lighter, more efficient aircraft and spacecraft.
3. Architecture and Construction - Using additive manufacturing and drawing inspiration from nature can result in innovative, sustainable, and structurally sound building designs.
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