fueling a mechanical spacecraft out of earth - all in one solar street light

In future introductions, if humans are going to visit planets outside the Earth's solar system, then he needs a non-
The mechanical spacecraft we know
An example of a mechanical spacecraft is the space shuttle.
As we know, this article deals with a mechanical spaceship.
In order for the spacecraft to run in space, it needs fuel.
In this article, I explain how this fuel should be obtained in the future.
Satellite fuel a satellite is like moving around the Earth at the same speed as the Earth rotates.
Moving satellites in this way does not require much fuel.
The moon turns around the Earth;
The moon does not need any fuel for this.
For any object, such as the moon or satellite, to move around the Earth, it mainly needs to make the correct initial push in the right direction.
Since the satellite is artificial, it may occasionally require small fuel in order to keep itself in orbit.
The main fuel for satellites is sunlight, nature and free.
For receiving telecom signals (e. g. TV signals)
Amplify the signals from the Earth and then send them to another part of the Earth.
The fuel that keeps it in orbit is gas (see below).
The fuel that sends the spacecraft from Earth to the moon or from Earth to Mars must change direction on its path.
The advanced spacecraft moves in different directions in space, and the resulting path does not form a straight line or a simple circle (
Path similar to the Moon).
This advanced spacecraft requires fuel that constantly changes direction and accelerates deceleration.
This is the kind of fuel I mentioned in this article.
The fuel needed to drive the spacecraft.
Gas as fuel, in order for the spacecraft to accelerate, slow down or change direction, it needs to emit gas in the direction corresponding to its movement change.
When the spaceship leaves Earth today, it will leave with this gas, and when it uses this gas in space, the fuel will not be replenished.
How will you replenish fuel in the future (gas)
Not back to Earth?
This is the solution I provided in this article.
The use of fuel in a spacecraft can be divided into two categories: Fuel for moving a spacecraft in space and fuel for running a spacecraft.
To run the spacecraft, you need fuel to illuminate the spacecraft in the dark area (night);
You need fuel to move things in a spaceship;
Fuel is needed for cooking food (future)
In a spaceship
The fuel to run the spacecraft in the future will come mainly from sunlight.
If the sun is not enough, it must be replenished with petrochemical fuel.
The fuel that the spacecraft runs is gas, not necessarily petrochemical gas;
At the limit, you can use the air on Earth.
Adding fuel in space, you now know what kind of fuel the spacecraft will use in the future.
How to replenish fuel in space without getting fuel from Earth?
In space, sunlight fuels replenish itself whenever there is sunlight.
That side of the problem was solved.
What about natural gas and petrochemicals or fossil fuels?
Petrochemical and fossil fuels are a whole.
Today, we know that there are gases in the atmosphere of some satellites and planets.
As long as the gas is not dangerous;
They can be collected and used.
The question is how efficient natural gas is.
Gas can be treated.
However, if the gas is not as effective as the gas carried from Earth, it is still better than nothing.
There is no need for a spacecraft to collect gas from the atmosphere of the moon or planet during travel;
Spacecraft can launch probes.
Sources of petrochemicals or fossil fuels have found some larger rocks (large meteors)
There are minerals in the floating bodies of our solar system.
Also, just as we have rain in the Earth's atmosphere, there is a planet or moon outside with methane rain.
We already know that methane is fuel.
So the spacecraft can be close to the moon, rock, or planet, and then launch a probe to get fuel from a rock, moon, or planet.
Of course, the fuel will be crude.
Can be handled in the plane.
You may be interested: it is said that some large meteors in space have a lot of gold.
Conclusion in its mission, it is possible for spacecraft to obtain fuel from Earth (voyage).
This is because fuel is already in the rocks, satellites, and planets in space (
Outside the Earth).
All the craft has to do is get the fuel and process it.
You should look forward to the future.