Making Multi planetary species a reality
Electromagnetic Pneumatic Propulsion, Endless Energy Electronics, Light Propulsion, Impenetrable Printed Structures and much more for multi planetary civilization
From drones that can operate 24/7/365 and energy sources that produce in both Mars Sandstorms and endless still days, there are dozens of innovations that we have to add to spacex multi planetary exploration
New ways to make new discoveries. Making Spacecraft lighter & faster than ever before!
Usher in the next generation of evolutionary interstellar spacecraft and sustainable safe multiplanetary civilization with new world SpaceX technology. Lighter, faster, easier, they're all guaranteed with energy dense propellants. Nuclear propelled spacecraft have enormous advantages because they can leave the Earth and space travel at much lower speeds which have a significant advantage because they can stop, go, or change course much easier than a rocket and they are much lighter, much safer when built correctly, and last significantly longer. Though it is awesome to go 30,000 miles an hour, it is not required with a much lighter craft and it is much easier to travel at a controlled adjustable speed which is enabled by nuclear propelled spacecraft.
Though I am not an official rocket scientist and definitely not as educated and likely not as intelligent as you, I am confident that these innovations are possible to create and have an enormous advantage in creating safe effective and virtually limitless space exploration abilities. I am a successful student of Nuclear Physics from Utah State University, but I stopped my studies to build a business & family but my college education has tough me enough to be an asset to you
ultra lightweight solar-windmill powered drones
a specialized space exploration drone for every step with endless operation time.
With autonomous battery change, drone weight can be significantly lessened and they can run 24/7/365 without stop by having an autonomous secondary drone insert and remove batteries as needed. There would be two or more primary batteries, once one is depleted a automated drone will fly up to it, take that battery out and put a new battery in. This enables around the clock drone operation abilities and dramatically lighter drones. There can be a large SolarWindmill charging land station that can have years of standby batteries ready to go. Space exploration drones for every purpose, from atmosphere analysis to deep ice exploration, with this innovation it is possible to make completely efficient forms of every drone that all utilize the same battery system. Solar-windmill auto-change battery stations enable ultra light weight drones that have endless battery power by auto changing batteries from the solar windmill charging land-base hub as needed.
BORON CARBON FIBER UHMWPE POLYBENZOXAZOLE REINFORCED EPS Expanded Polystyrene GeoFoam
LOW-COST ECO FRENDLY MAKING ALL STRUCTURES STRONGER, faster, & LIGHTER THAN EVER BEFORE.
This combination creates an incredibly light weight excellent R-value and an incredibly strong external structural strength making construction costs cheaper and a better quality than ever before. Boron carbon fiber creates a incredible strong external strength that deforms projectiles making them virtually impossible to pass through the UHMWPE & PBO layers. The UHMWPE & Polybenzoxazole fibers are able to absorb more energy before breaking & protect the EPS geofoam. Boron also makes nuclear propelled spacecraft much safer & stronger than any other material in our solar system. I have been experimenting with wurtzite boron nitride as well & am confident there are new material combinations that will be stronger than diamonds making them virtually impenetrable. If these products are mined from the earth & created by SpaceX the costs are actually very affordable because the items constructed from these materials can last longer than any human life. The use of boron also makes making nuclear propelled craft incredibly safe because boron is what is used to stop radio chain reactions containing any fall out in the case of an accident. These combinations enable incredibly light craft that has absolute control over the speed & maneuverability of the craft.
Rocketless electromagnetic pneumatic spaceshipping
Get millions of pounds into deep space using massive electromagnetic pneumatic air cannons.
Using electromagnetic pneumatic prolusion, it is possible to shoot balls full of valuable space exploration materials into the outer part of the atmosphere and pick them up easily using nuclear propelled spacecraft. There are currently gigantic guns that can shoot a satellite into orbit. Using this same technology I believe it is possible to shoot cargo, fuel, food, printables and much more into orbit and then be picked up using a nuclear propelled spacecraft because they can stop and go on demand. The huge advantage of this is that it's all done with compressed air & electromagnetic force, no rocket fuels or anything like that are needed. It makes a virtually byproduct free & a virtually free method to make multiplanetary civilization a immediate & sustainable reality to secure the survival of our specie making humans truly non-earth bound life.
https://www.army.mil/article/102666/space_cannon_blasts_into_1960s_space_race
Printed Impenetrable structures on Mars
The first superstructure on Mars!
It is possible to make printed epoxy boron ultra high molecular weight polyethylene & EPS Geofoam structures that are virtually impenetrable and able to be built once they land on mars both above & below ground. All materials are liquid prior to printing so it is easy to import and export that type of material to Mars using rocketless spaceshipping mentioned below. Build literally anything and guarantee it will last for centuries and endure any and every storm threat that Mars ever presents & make comfortable living temperatures possible. See more at:
https://egoddoge.tech/impenetrable-printed-structures
Tougher Tech with Solid State electronics
Totally transform tough technology
Build solid-state drones to withstand enormous violent impacts when landing on a new planet. The primary reason spacecraft get damaged is because there is empty space to allow things to move. Making completely solid electronics enables enormous impacts and virtually zero damage. It may even be possible to not slow down when entering orbit and just smash into the planet LOL but it will get up and go no problem with solid state electronics.
Endless Energy Electronics EEE
24-7-365 OPPERATION WITH SELF CHANGING DRONE BATTERY SYSTEMS
Using a 1000 cell self-changing battery system enables drones that never die & are significantly lighter than ever before. Rather than carry 12 hours of batter energy, it is far more efficient to carry 1 hour & have it replaced autonomously every 30 minutes so the drone is significantly lighter making if faster & requires less energy per minute of operation. You can have several dozen specialized drones on standby, all utilizing the same battery cells, all of them lighter than ever before, and all of them being charged with SolarWindmill energy at the land-hub being collected and replaced every 15 to 30 minutes by a standby drone. It enables 24/7/365 drone operation and enables lighter faster and easier to operate drones that are more energy efficient because they are not carrying around the electrical energy in batteries, rather it is being exchanged autonomously as needed.
Orbital Space Debris Clean-Up
Make a statement by collecting other's crashed space exploration units whether a satellite or a spaceship, all the debris can be gathered up and reused to make new SpaceX technology.
Using autonomous drones we can round up & remove all debris from orbit & bring it all back for eco friendly recycling. Once they are collected and contained while in orbit, it is possible to push them into the ocean and using inflatables they can be picked up and brought back for recycling. It is an inspiring demonstration of being environmentally friendly and turning setbacks into advantages. It would be very cool to make spacecraft out of some of the materials that are remnants of collisions with satellites and more.
Endless energy for Mars
Harvest energy during blackout sandstorms
Very frequently NASA comes into the problem of running out of drone energy because of dust storms. Using solar windmills enables energy to be harvested in all conditions on mars. Due to the wind current, it is actually possible to gain significantly more energy during a sandstorm. So whether there's no wind and clear skies or a massive dust storm and virtually no light, energy is available for Mars exploration in every condition with solar windmill systems.
Weightless Geo-thermal Light propulsion
The most energy efficient propulsion of spacetime
Laser
electromagnetic propulsion
electromagnetic propulsion
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