Personal Libelula Rocket Helicopter
lourdes sanchez bayas — May 2, 2008 — Autos
References: gizmodo
The Libelula Rocket Helicopter is a type of a strap-on chopper that was conceived by Tecnologia Aeroespacial Mexicana. The concept contraction uses tiny rocket motors at the tips of the rotor blades which are powered by two hydrogen fuel canisters, thereby negating the need for a tail rotor.
It's a very revolutionary concept, but I would personally feel kind of uncomfortable hanging in mid-air with a backpack on my back and nothing to crash on but mother earth.
Implications - The incredible pack is propelled by two full hydrogen fuel canisters. Now, due to the technological complexities of this project, there is a good chance it will take years to get made, if ever.
But it's fun to imagine, isn't it?
It's a very revolutionary concept, but I would personally feel kind of uncomfortable hanging in mid-air with a backpack on my back and nothing to crash on but mother earth.
Implications - The incredible pack is propelled by two full hydrogen fuel canisters. Now, due to the technological complexities of this project, there is a good chance it will take years to get made, if ever.
But it's fun to imagine, isn't it?
Trend Themes
1. Strap-on Choppers - The concept of strap-on choppers using rocket motors has potential applications in transportation and military industries.
2. Hydrogen-powered Devices - The use of hydrogen fuel canisters for propulsion can disrupt the energy and transportation industries.
3. Tail Rotor Elimination - The elimination of tail rotors in helicopters can revolutionize the aviation and transportation industries by reducing weight and increasing fuel efficiency.
Industry Implications
1. Transportation - The concept of strap-on choppers and hydrogen-powered devices can challenge traditional transportation methods and create new modes of travel.
2. Military - Strap-on choppers with rocket motors can have potential military applications in reconnaissance and combat operations.
3. Aviation - Eliminating tail rotors in helicopters can lead to disruptive innovation in the aviation industry by increasing safety, reducing noise and vibration, and improving performance.
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