Aggressive Yellow Motorcycle for Automated Performance
Alexandra Choli — February 11, 2009 — Autos
References: id-performance & techie-ideas
Sci-fi scenarios want robots performing hostile takeovers and assuming control over the human race, but apparently we are going to make it a lot easier for our durable friends. Enter the Yellow Motorcycle, a novel design by Yutaka Igarashi featuring a high performance motorbike controlled by even higher performance robots.
The innovative prototype is driven by a mighty electric motor with built-in battery cells, while a swinging boom accurately controls steering and balance through its potent hydraulic actuators. The ambitious design claims super speeds and aims to challenge the likes of MotoGP participants.
I hate to say it, but I am starting to grow quite envious of those robots; a few months in this world and they are already fixed with the sleekest rides.
The innovative prototype is driven by a mighty electric motor with built-in battery cells, while a swinging boom accurately controls steering and balance through its potent hydraulic actuators. The ambitious design claims super speeds and aims to challenge the likes of MotoGP participants.
I hate to say it, but I am starting to grow quite envious of those robots; a few months in this world and they are already fixed with the sleekest rides.
Trend Themes
1. Robotic Vehicles - The increasing development and adoption of robotic technology is leading to new innovations in vehicle automation.
2. High Performance Robotics - The integration of high performance robotic components is leading to faster and more precise control of vehicles and machines.
3. Sustainable Transportation - The use of electric motors and other sustainable technologies in vehicles is creating opportunities for environmentally friendly transportation solutions.
Industry Implications
1. Automotive Industry - The automotive industry can leverage advancements in robotic technology to create more efficient and cost-effective vehicle manufacturing processes.
2. Aerospace Industry - The aerospace industry can utilize high performance robotics to improve manufacturing processes and increase vehicle performance and safety.
3. Robotics Industry - The robotics industry can explore new opportunities in the development and integration of high-performance robotic systems for vehicle automation and control.
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