Survival on the Star Sea: Starting from a small broken ship and becoming stronger

Thousands of hopes are worth throwing down.

After three counts, the construction of the nuclear power plant was completed amid a tremor.

One word "quick" is highlighted throughout.

The next step is grid-connected power generation.

The power output mode still selects wireless power supply.

The next second, Zhao Feng could clearly feel that the entire B4 layer was more than twice as bright.

"Good guy! I'll be honest, energy is free, right? It's so bright that it's dazzling, but it's dark!"

Before he finished speaking, the lighting equipment above his head slowly lowered the brightness.

Nodding with satisfaction, Zhao Feng opened the base panel and checked the current energy production.

[Current base energy output: 15600 units/day]

Staring at the 5-digit energy output, Zhao Feng's lips curled up slightly, and his excitement was palpable.

"Have you seen nuclear fuel, rare elements, silicon crystals, and robot boys? We have electricity!"

"And my [Kite]..."

At this point, he looked at the energy required to synthesize the shuttle.

"Tsk, 2,000 energy combined into one time?... The consumption is really huge."

There is no problem in using one nuclear power plant to supply all the facilities in the current base.

But if you want to use the excess energy to synthesize a shuttle, that's too much.

At least one more nuclear power plant is needed to barely be enough to raise 16 [Kites] to Level 2.

If you want to fight directly to Level 5 in one day, it is definitely impossible.

That's an energy gap of 64,000 yuan, which will take at least 5 days.

Of course, he can also choose to build more nuclear power plants, but if he does, he will face another problem.

The resource gap for upgrading [Base] will become larger and larger.

You must know that the fourth phase of airport construction requires 500 units of room temperature superconductors.

So the remaining 450 units of room-temperature superconductors must be taken seriously. . .

‘Be careful, let’s develop all the shuttle reverse propulsion technology first. If possible, we will reduce production! ’

Thinking of this, he did not hesitate to speed up the completion of all the normal temperature superconductors that were in the production queue.

After immediately putting the materials into storage, he took a backhand shot of two nuclear power plants and accelerated them to completion.

Afterwards, two shuttles were taken out from the free space on the B4 floor and cut with drilling lasers.

Because I have previous experience of cutting up the "legacies" of other dead players.

Carrying out this operation again was very easy for Zhao Feng.

2 hours later.

While eating the food sent by Ruolan, he controlled his telekinesis and threw the dismantled alloy materials, high-strength skeletons, etc. into the two newly opened mineral refining workshops one by one.

Of course, the small deep space radar, intelligent host, reactor, energy storage device, ion thruster and life support system on the spacecraft must have all been removed.

After getting these done, he took the time to upgrade all the robot factories to Level 3.

This wave of operations directly consumed nearly 500,000 hope points, which converted into acceleration time, about 192 hours.

With a fast-forward construction effect, the robot factory is completed.

The acceleration time of a single building seems to be very small, but it cannot support a large number of them.

The total usage quickly exceeded 1,000 hours.

That is, the hope value consumption of 2.5 million.

Because 100 million hope points can be equivalent to 40,000 hours of acceleration time.

Dividing the two, we can see that 1 hour of acceleration will consume 2500 hope points.

And after so much acceleration time, Zhao Feng's progress was also extremely fast.

First, three [nuclear power plants] were put into operation, increasing the base’s energy supply to 39,600 units/day.

The next 12 [Mineral Refining Workshops] were upgraded to Level 3, passively unlocking a large amount of refinable materials.

For example, previous alloys, cables, upgraded silicon crystals, titanium alloys and other materials.

Of course, the drawings and materials were not included in his calculations.

After all, room temperature superconductors are green quality materials. As a substitute for many materials, they are not limited to a certain level.

Finally, there is [Robot Factory] which has just been upgraded to Level 3.

With this last link, Zhao Feng can strengthen a large number of maintenance robots to Level 5 through synthesis.

Coupled with the two shuttles that had just been dismantled, the scarce material of 2 smart chips was enough.

The combination of various conditions finally allowed him to unlock the [Technology Research and Development Center] in the [Laboratory] expansion plan.

As long as there is a [Technology Research and Development Center], let’s not talk about the comprehensive technology tree that is opened.

First of all, the technology's ability to push back is extremely unparalleled.

There will definitely be no problem in deriving all the relevant drawings of the shuttle [Kite].

At most, there is a problem with the success rate. His hope value is not a decoration. Even if the success rate is a negative number, it can be solved!

At that time, he can infinitely manufacture supporting equipment and parts, and even the body itself.

Of course, the most important accessory is the [smart chip] in the [smart host].

You know, this chip technology has been stuck in its development progress from beginning to end.

It has been stuck until now, and it can finally be solved.

Once this big trouble is solved, you can proceed to the next step.

Strengthen the shuttle with all your strength.

As for why he doesn't want to fly by himself, the reason is simple.

The efficiency is too low!

The first is speed. Due to the posture of physical flight, it can only withstand the gravitational acceleration of 11G at its limit. Not to mention the slow speed increase, the observable distance is also very limited. How efficient can it be to open a map purely with biological eyes?

But if the shuttle can be used, it will be different.

Its built-in deep space radar can quickly scan ground information.

Although the shuttle may not be able to fly directly out of the atmosphere due to insufficient engine thrust.

But exploring inside the planet is a piece of cake.

Plus the slots that come with the shuttle.

It can be equipped with a detector and used as a flight detector.

At that time, you can scan the mineral information of the planet while flying.

You know, mineral information is very important to his current base.

This alone cannot be solved by flying from the sky.

Take current silver production as an example.

Now, the mines in the base can dig out dozens of units of silver every day.

If you want to rely on such a small thing to supplement the 500 superconducting materials for the fourth phase of the base project, then you have to wait until the Year of the Monkey?

But what if we find a silver mine? Doesn’t that mean efficiency is mentioned?

There is also titanium alloy. According to the information given by the plug-in, this titanium alloy is an upgraded material of alloy.

It requires adding a small amount of titanium metal and rare elements to the alloy to refine it.

He has already found the specific place to obtain the rare elements mentioned above, and the reserves should last for a long time in the future.

But the reserves of titanium metal are quite impressive.

Less than 100 units have been excavated for so long.

It can be said that titanium ore and silver ore are the key to limiting his future development.

If he wants to find these two mineral deposits, he can fly here by himself. . .

Haha, I guess he will never be able to fly for the rest of his life.