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Rocket Parts & Reliability
Putting 2 1/2 million parts on a space vehicle rocket system, where any part at any time can fail, is a potent recipe for disaster. SPACE1 has taken the approach that simple is better. When a rocket or space transport system has more and more parts, then more can fail and go wrong during flight.
Putting 2 1/2 million parts on a space vehicle rocket system, where any part at any time can fail, is a potent recipe for disaster. SPACE1 has taken the approach that simple is better. When a rocket or space transport system has more and more parts, then more can fail and go wrong during flight.
Murphy's law is always inevitable when you least expect it. Knowing this, Humanoido has directed SPACE1 to construct a rocket with literally no moving parts.
Take for example the record of the NASA Space Shuttle, a retired and non-reliable system with over two and a half million parts. On at least two catastrophic failures, the shuttle exploded and failed, killing fourteen astronauts.
The SPACE1 rockets from the get-go were designed by Humanoido to have no moving parts and this has resulted in the 2014 invention of the Safety Rocket with no failures. Now the impetus is being placed on more safety spacecraft to take us to Mars and back again - a much larger spacecraft.
Enter 2020 - the planet Mars is approaching opposition, two years from the 2018 opposition, exceeding twenty arc seconds and moving in position closest to the Earth. SPACE1 is utilizing a completely new and safety form of space travel to and from the red planet. The new craft has a minimal axis of rotation in free space for space travel orientation and navigation, for ultimate safety and the fastest Solar
system flight times known to mankind using Humanoido's Parametric Optical Thrust Vectoring Propulsion System - the HPOTVPS.
Stay tuned as we continue to report on this new space technology and provide updates on the journey to Mars.
