This is how black technology should be used

Chapter 140 A New Moon Landing Idea?

silence.

The inside of the Federal Space Agency, especially those in charge behind it, were silent, because the "certain type" rocket launched by Fanxing was too unexpected for them.

If there is no information about this time, then they will definitely have to wait for a while to know, and many things are time-sensitive, and there is a big gap between knowing it on the spot and knowing it later.

And the more serious the matter, the wider the gap.

When they saw the single-stage entry into orbit, they thought of the previous Super Dongfeng 15 missile. The appearance of a "certain type" rocket now is just a new job for the "super solid fuel" at that time.

Not too much of a surprise.

If this super solid fuel is only used in the military, then the aerospace complex is not in a hurry, after all, it is a matter of the military-industrial complex.

No matter how much it is exaggerated by the military industry, many people actually know that it is actually "safe".

Yes, although it is applied to missiles, it is actually "useless".

According to the size of the stars and the Federation, only one weapon is not very useful for the war between the two sides, because once the two sides fight, they must fight a system, and it is a very large system.

The battle between the two countries is not a battle of "abusing food".

And the larger the combat system between the two countries, the less likely it is that the two sides will go to war.

Regardless of how powerful the weapon is, if it is not used, its lethality will always be "zero".

Of course, the military-industrial complex still used the horror rendering to get a lot of money, and began to use the money to work hard to develop counter-weapons.

But now that kind of super solid fuel is used in rockets, that is a serious problem that the aerospace complex has to face.

Not to mention it's still so... grim.

It not only allowed the rocket to enter orbit on a single stage, but also transported an "overweight" load. The space agency's calculated load ratio was above 4%.

Maybe even above 5%!

A solid-fuel rocket has entered orbit with a single stage, which is simply against the sky.

If the "certain type" rocket is divided into stages, divided into 2, 3, and 4 stages, can its payload ratio be increased by 10%? !
What is the concept of a 10% payload ratio? I won’t talk about solid rockets whose value has always been very small. Let’s just say that the payload ratio of liquid rockets is the first series of Eagle 4 rockets. Its payload ratio is above 550%, so the take-off mass is 20. tons can carry more than [-] tons to low earth orbit.

If you don't consider other things and just do simple math problems, then the conversion is that a 550-ton "certain type" rocket can carry 4 to 50 tons of things to low-Earth orbit.

Fortunately, the attribute of super solid fuel is "solid", and currently the largest solid launch vehicle is Europa's Vega rocket, with a mass of roughly 137 tons, and a low-Earth orbit carrying capacity of only about 2 tons. The carrying ratio is still traditional for solid rockets. 1% more.

If it is calculated on the basis of 10%, then 137 tons can transport about 13 tons of things to low-Earth orbit.

This thing is good news for Earth orbit, but for lunar power, especially for the most important manned moon landing...it doesn't matter.

But the ability to fly directly to the moon that shocked Emma Long and others... is very important!

Originally, the most important task of the launch vehicle is to send the spacecraft into the sky. After completing the task, the rocket shell is a waste product, which means that the Eagle [-] rocket has realized reuse.

But now, a "certain type" of rockets can still fly to the moon after being delivered, and after a "long time" of acceleration and deceleration, it took only one day to fly to the moon's orbit, and finally it was still under precise operation It successfully entered the lunar orbit and sent back the video.

The video is not very clear because it was not shot by a professional detector’s high-definition camera, but by the rocket’s own surveillance camera.

The length of the video is only 55 minutes, because the rocket does not have a solar panel, but only carries a graphene battery.

The most important function of this video is to prove that the rocket did fly to the moon and entered orbit around the moon, and it only took 1 day.

And it also proves that the operation accuracy of solid rockets can also be very high, allowing the rocket to enter orbit accurately, instead of flying past the moon uncontrollably or "hard landing" on the moon.

If it was necessary to engage in some threat theory before to get the Federation to take it seriously, then it is a completely dangerous enemy now.

Such a small broken rocket can touch the ass of the moon. If Fanxing can build a larger solid-fuel rocket, there is no need for a new generation of manned rockets or Long March [-] rockets, the size of Long March [-]. The "little rocket" can make Fanxing realize the dream of manned landing on the moon.

The Federation used the 3038-ton Saturn V rocket to send humans to the moon decades ago. Its low-earth orbit carrying capacity is 118 tons, and the lunar orbit carrying capacity is 45 tons.

现在联邦的希望是SLS火箭，它的质量在2500吨~3000吨之间，近地轨道的运载能力在70吨~130吨之间，而月球轨道运载能力在27吨~43吨之间。

Assuming that Fanxing manufactured a super solid-fuel rocket equivalent to the Long March 879, then its mass is 10 tons. If multiplied by 88% of the load ratio, the low-Earth orbit carrying capacity is about [-] tons.

According to the lunar orbit carrying ratio of ordinary rockets, it can probably transport more than 30 tons, but today Emeron and others have seen the bravery of a "certain type" rocket. "The rocket can carry at least 50 tons of cargo to the moon!
And it can be there in one day!

In this way, it is completely enough for manned landing on the moon, and it is fast and good.

Of course, this is all hypothetical, but enough.

Even the Minister of Defense who didn't know much about aerospace shrugged and said: "It seems that we don't need to bother, Fanxing has already helped us to increase the threat level to full."

It is indeed full. The boss of Interstellar Exploration Company, Emma Long, the director of the space agency, Binal, and the technical director of the space agency, Sugeld, know more about spaceflight than him, although the "certain type" of the Long March [-] rocket landing on the moon is a guess , but not impossible.

Otherwise, it would be impossible to persuade the members of Congress to spend a lot of money to support it.

Even if Fanxing is determined to compete with the Federation for the order of this moon landing, whether the Federation can take the lead again...it's really hard to say.

Moreover, a "certain type" rocket of more than 100 tons can compare with a liquid fuel rocket of hundreds of tons, and a "certain type" rocket of less than [-] tons can compare with a liquid fuel rocket of [-] tons, even if the "certain" rocket uses a Solid fuel is not easy to recycle, but such a high loading ratio can actually be accepted.

In fact, they also considered more outrageous things, but they didn't say anything.

Fanxing obviously has the technology to precisely control the closing and opening of solid rocket motors. What if they really master the technology of reusing solid fuel rockets against the sky?
After all, during this period of time, a large number of advanced technologies beyond their expectations have emerged from the stars.

So in any case, the Federation really needs to increase its investment in the aerospace field, and even relax some control measures.

Otherwise, the Federation's lunar "back garden" would be really dangerous.

As for the matter of the super solid fuel, follow-up investigations by the Federation showed that there was a high probability that it was "metal hydrogen". None of the photos.

Both the sample acquisition plan and the technology acquisition plan are in progress, and they are looking forward to research after getting samples or technologies.

(End of this chapter)