The Technology Tree of Xueba

All personnel have exited the factory.

A harsh warning sounded in the spaceship factory.

The engineers in the factory exited the factory in an orderly manner, leaving only intelligent robots responsible for the routine work of the factory.

Engineers have finished assembling the spacecraft and are about to conduct a test flight of the spacecraft.

In the office far away from the spaceship factory, Yuan Keqing said with a smile: Mr. Zhou, the engineers have finished overhauling the spaceship in detail.

All the people in the factory were also evacuated, and even if there was an accident on the spacecraft, it would not cause casualties.

We can test-fly exactly that.

President Yuan Keqing, since you are confident, then officially start the flight test.

Space activities involving spaceships and space activities without spaceships are simply not the same.

Don't stress too much, the spaceship is going to be tested for the first time, and there is a high possibility that there will be problems.

We are now to find the problem and solve the problem.

Zhou Yu was afraid that the pressure on Yuan Keqing and the others would affect the flight test of the spacecraft, so he said these words to comfort them.

The flight test of the spacecraft has officially started, and the engineers on site have taken over the command and led the flight test of the spacecraft.

Adding nuclear fuel to the nuclear fusion reactor and replenishing cooling water.

The intelligent robot began to operate in an orderly manner according to the instructions of the engineers.

Connected to the external power grid via superconducting cables, the fusion reactor No. 1 attempts to ignite.

A spacecraft attempts to ignite a fusion reactor for the first time.

Only fusion reactor No. 1 is ignited by external energy.

The nuclear reactors inside the spacecraft, even if the spacecraft stops working, they will work at the lowest power instead of extinguishing the nuclear fusion reactor.

The success rate of nuclear fusion reactor ignition is very low, and repeated nuclear fusion reactor ignition will greatly damage the life of the nuclear fusion reactor.

The spacecraft's nuclear fusion reactor attempted to ignite, and the No. 1 nuclear fusion reactor was successfully started after only three ignition experiments.

The No. 1 nuclear fusion reactor output huge energy, and completed the ignition work of No. 2 to No. 5 nuclear fusion reactors in sequence.

Engineers kept an eye on the status of the spacecraft's power systems as they waited for all five fusion reactors to ignite.

The energy system of the spacecraft is normal, and it starts to supply energy to the spacecraft, and the spacecraft begins to enter the self-test state.

【The control system works normally】

[The power system is working normally]

【The life support system is working normally】

...

The self-inspection of the spacecraft is complete, all systems are working normally, and it is ready to start the test flight experiment.

Zhou Yu concentrated and watched the real-time scene of the spaceship taking off through the virtual world.

This is the most important moment. Even if all the systems of the spacecraft are working normally, but it cannot take off, it is also a product of failure.

The roof above the spaceship factory was opened, and the blue sky came into view, with white clouds floating in the sky.

Everyone concentrated and locked their eyes on the spaceship.

The spacecraft received the command to take off, and the quantum computer began to control the state of the spacecraft.

At the same time, the energy system starts to power the gravity engine.

The quantum computer also continuously sends data to the gravitational engine to adjust the working state of the gravitational engine.

The spacecraft, which is 500 meters long and weighs 30,000 tons, slowly floats up and is suspended in the air.

Seeing this situation, Yuan Keqing relaxed.

The spacecraft can be suspended in the air, which proves that its two major systems, the energy system and the power system, have no problems.

These two systems revolve around two key devices, the nuclear fusion reactor and the gravity engine.

They have very little room for modification. If there is a major problem, the nuclear fusion reactor or the gravity engine can only be redesigned.

This will be more troublesome than redesigning the spacecraft.

You can now rest assured that there is no problem with the nuclear fusion reactor and the gravity engine.

Even if there is a problem with other systems of the spacecraft, they have more than one backup plan, which can be dealt with quickly.

Zhou Yu was also very excited when he saw the spaceship floating in the air.

The spacecraft weighs 30,000 tons, and its shell and main equipment use high-density materials on a large scale.

The spaceship is small in size, but its mass is huge.

A spaceship travels in space, and it can survive being hit by large comets, not to mention small cosmic dust.

It can run rampant in the asteroid belt without any evasive action, but it will not suffer any damage.

It is because of the huge self-weight of the spacecraft that it can only use the gravitational engine as the power source.

The spaceship is hovering in the air, and it is constantly adjusting its flight attitude.

The gravitational engine is also playing a role, locking the gravitational data of the surrounding celestial bodies, so that he can use the gravitational movement of these celestial bodies.

After the spaceship is ready, it begins to change from a horizontal position to a vertical position.

Disappear from the spaceship factory in the blink of an eye.

Yuan Keqing looked at the monitoring data and said with emotion: The speed of the spaceship is too fast, and our company's detection radar can't keep up with its speed. Now it has lost its trace, and we can only wait for it to actively contact.

Zhou Yu looked at the performance of the spacecraft, and he also felt the powerful performance of the gravity engine.

The spaceship disappeared in an instant. He didn't disappear in an instant, but started too fast.

Not only is the human eye unable to capture the traces of the spacecraft, even a very powerful radar cannot capture the traces of the spacecraft.

The spacecraft quickly sent back data, including the scene around the spacecraft, and everyone looked at the travel records of the spacecraft.

It flies very fast. When flying in the atmosphere, due to air resistance, the spacecraft can only reach the maximum operating speed in the atmosphere.

As the power of the gravitational engine increases, the power of the spacecraft continues to rise.

It quickly exceeded the maximum speed limit in the atmosphere, and the atmosphere around the spacecraft was directly ionized.

The ionized atmosphere forms a circular ribbon that goes straight into the sky.

After half an hour of flight, the spacecraft has reached geosynchronous orbit, and it is preparing to return.

Yuan Keqing said in shock: The spacecraft is so fast that it took only half an hour to reach the geosynchronous orbit from the ground.

The spacecraft has been running at such a high speed for such a long period of time, and none of the systems has failed, and its condition is still very good.

They waited again for half an hour while observing the state of the spacecraft.

Zhou Yu and the others saw the figure of the spaceship again, it stood vertically upwards and stayed firmly in the spaceship factory.

Just as the spaceship landed, there was a huge roar. This was the sound produced by the spaceship moving through the air and rubbing against the air violently.

The speed of the spacecraft is too fast, far greater than the speed of sound, so the sound will arrive after such a long time.

At the same time, they saw a huge colorful ring floating in the sky not far above the sky.

It wasn't until a few minutes later that the colored rings disappeared.

It worked, we made it.

Yuan Keqing said excitedly when he saw the spaceship parked firmly in the factory.

Engineers at the spacecraft factory, they are also celebrating the successful test flight of the spacecraft.