The universe was too far away. But we didn't give up. The realistic solution for low-cost space access reached by Japan-originated rocket development, which assumes failure (with prompt)

The day I felt the future I was hoping for had drifted away again

To be honest, every time I see news about Japan's space development, I feel a slight chill deep in my chest.
While rockets are launching one after another overseas and private companies are mass-producing low-orbit satellites, I worry that Japan is being left behind again.
Rockets are too expensive. Launches are too difficult. If they fail, everything goes down the drain.
It's like the heavy, inescapable feeling of commuting every morning, swaying on a crowded train and wondering, 'Is this really okay?'

The problem wasn't technical capability, but the common sense of launching

It's not that Japan lacks the technology.
The problem was the conventional wisdom that 'rockets must be launched vertically from the ground.'

Ground launches require:
・Massive amounts of fuel
・High susceptibility to weather and facility conditions
・Tens of billions of yen vanishing with a single failure

This is like moving house with full equipment every single time. It's heavy, wasteful, and unsustainable.

The counter-intuitive idea of launching from a balloon

This is where the Rockoon method, developed by the Japanese startup AstroX, comes in.
Instead of launching a rocket from the ground, it is carried by a balloon to near the stratosphere before being launched.

Specifically:
・The air is thin, so air resistance is low
・Fuel can be saved
・It is easier to insert into orbit because it can be launched at an angle

This is like starting a bike ride from the top of a mountain.
You have momentum from the start and can move forward without wasting energy.

AstroX has raised a total of 2.32 billion yen and is aiming to reach outer space within 2026. The fact that they have already succeeded in ground launch tests shows that this is not just a concept.

The path for Japan to survive in the era of low-orbit satellites

Low-orbit satellites are directly linked to communications, observation, disaster prevention, and internet infrastructure.
As symbolized by Elon Musk's Starlink, this is an era of launching in large numbers.

What is needed for that is:
・Not a single perfect rocket
instead
・Cheap
・Fast
・A launch method that can be tried many times

The Rockoon method surprisingly fits these conditions.

Of course, the problem of space debris cannot be ignored.
However, as launch costs decrease,
・Advanced control technology
・Investment in recovery and orbital management
become possible, revealing realistic solutions.

Because we assumed failure, we could see the future

Japan's space development was stuck because it sought perfection too much.
AstroX's challenge is decisively different from the past in that it 'does not try to do it perfectly from the start.'

To use a cooking analogy,
instead of aiming for a full-course meal from the start,
the idea is to first aim for a level that can be cooked every day as home cooking.

That accumulation will eventually become a dish that can compete on the world stage.

Space has finally begun to become a real job

Rockets are no longer a fantasy.
Low-cost space transportation is becoming an infrastructure, an industry, and a part of daily life.

With Japan's unique technology,
・Lowering the cost of rocket launches
・Stable operation of low-earth orbit satellites
・Diversion of space technology to other fields

if these progress, space will no longer be a special place.

A design that allows you to stand back up even if you fail.
That may be the form of space development that Japan needs in the future.

What did you think of the above?
If you resonate with this, it would be encouraging if you could leave a comment or press the like button.

If this article was even a little helpful, it would encourage my future activities, so I would be happy if you could tip me!
Please note that all tips will be donated to a local NPO.

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#JapanBornStartup
#RocketDevelopment
#LowEarthOrbitSatellite
#SpaceBusiness
#AstroX
#RockoonMethod
#SpaceInfrastructure
#TechnologicalInnovation
#NewBusinessDevelopment
#NoMisuseAllowed #LearningFromFailure
#ChallengeForTheFuture

<Reference Prompt>
Based on the #OriginalArticle below, please write an article for note while considering the following points.
1. Incorporate keywords that attract attention on note.
2. Include strong negative elements at the beginning to invite empathy.
3. Overall, use a structure of 'Empathy -> Problem Statement -> Solution -> Emotion'.
4. Incorporate 'sizzle' that stimulates the five senses.
5. Use analogies to familiar or everyday things.
6. Make the titles of each section stimulating and empathetic.
7. The article title should sound like it failed but was solved, be empathetic, easy to search, and incorporate the 4U formula.
8. For content that would be a table, use bullet points instead of a table.
9. Include SEO-strong words that align with the article content.
10. Do not use emojis or special symbols.
11. Please also consider the S.E.E.D. framework.
After the article ends, please insert the #FooterText below.

Also, please create hashtags related to the article content that seem likely to be a hit on note.

#FooterText
What did you think of the above?
If you resonate with this, it would be encouraging if you could leave a comment or press the like button.

If this article was even a little helpful, it would encourage my future activities, so I would be happy if you could tip me!
Please note that all tips will be donated to a local NPO.

#OriginalArticle

There was news that Japan's AstroX, a startup developing a satellite orbit insertion rocket using the Rockoon method of launching rockets from balloons, has raised a total of 2.32 billion yen and aims to reach outer space within 2026.

I immediately checked on YouTube to see what it was like, and it seems that because the air is thin at high altitudes, it is easier to fly, and while ground launches go relatively straight up, this one launches at an angle, and it seems that a ground launch test was successful last year as well.

It seems perfect for launching low-earth orbit satellites like Elon Musk is doing, and if it goes well, will Japan also launch similar low-earth orbit satellites? Although there are concerns about space debris, if Japan can reduce the cost of rocket launches with its own unique technology, it seems it could be applied to other uses, so I have high expectations.