Humanoido at SPACE1 has developed a second new type of Safety Rocket for completely safe reusable rocket space flights.
Dubbed as the ELECTROMAG or Electrodynamic Safety Rocket, the E Rocket prototype has flown successfully 13 out of 13 times, and is being groomed for the upcoming landing on the Moon potentially in 2019 along with a Mars mission in 2020 if all goes well with the scheduling.
https://space1usa.blogspot.com/2019/02/space1-em-renaming.html
The E proto is not exactly your typical rocket. It's electrodynamic. First, it's powered by an Asiatic nuclear reactor and therefore there is no time consuming or dangerous loading, transporting, or pressurizing of rocket fuel. Next, the E rocket has the E drive, designed to travel horrendously and obscenely fast at electromagnetic speed. This list specifies some potential flight times to moons and planets.
https://space1usa.blogspot.com/2019/02/space1-faster-than-speeding-bullet.html
https://space1usa.blogspot.com/2019/02/space1-fastest-machine-alive.html
The E is also a rocket of convenience, returning to its original site after every mission which lends itself to a very fast turnaround time. The E is immediate turn-around, and fully reusable far more times than a conventional rocket that requires refurbishing. The E with proper care and Core management could last a lifetime of space travel. This is very cost effective, even if the initial development costs and construction times were huge and excessive.
This rocket uses SPACE1's advanced Supercomputer to conduct missions from Mission Control. The Supercomputer handles vector telemetry, NAV, speed, calculus, geometric and trigonometric aspects, and other critical mission aspects. It can record and set parametric identities at nanospeed which is the fastest computer known to date at United Humanoido Laboratories.
The E is another Safety Rocket design, making a total of two Safety designs. It has already flown 13 successful E missions and is being design investigated and tested for moon and planetary landings. Work is already underway to establish an E lunar polar orbit mission, an E mission to the Moon's Far Side, and an E lunar impactor mission. The lunar landing will depend on the success of these first missions. Eventually the technology will be licensed to private space industry.
The Rocket E lunar landing will be a different type of mission and quite different from Rocket X. The details are being worked on currently. Landing sites are important and Humanoido wants to coordinate and consolidate lunar sites with potential colony locations. Whether that means Lava Tubes or regions inside craters, the outcome remains to be seen. In the long run, a lunar colony mission could be relevant during or after 2020.
