Друзья, канал выходит на международную арену, в связи с чем - переходит на английский язык.

AERONOVA — international project, and our community is growing beyond borders. From now on, all updates will be in English to reach a wider audience.

Все прежние посты остаются. Они — часть нашей истории.

What's coming:
— Engineering updates and test footage
— Behind the scenes from the team
— The real story of building a new aerospace industry
This is where you see it first.
Welcome aboard.
— Henry

What is AERONOVA

AERONOVA is not building one airship. We're building an industry.

Engineering. Manufacturing. A full fleet of aircraft. Infrastructure. A pilot training center. Everything it takes to bring airships back — not as a novelty, but as a serious technological solution.

Why now? Because the problems airships solve — remote logistics, long-duration monitoring, low-emission transport — are bigger today than ever. And the technology to solve them properly finally exists.

From unmanned platforms to heavy-lift cargo vehicles capable of carrying 10+ tons across 5,000 km — the AERONOVA fleet is designed for real-world operations.

More on each aircraft coming soon.

One thing I get asked a lot: who's actually building these airships?

The core engineering team includes some of the most experienced lighter-than-air specialists in the former Soviet space — people who designed, built, and flew real airships. Developers and engineers with decades of hands-on experience.

But it's not just legacy expertise. We brought in younger engineers who challenge old assumptions and bring modern tools to the table.

That combination — deep experience plus fresh thinking — is what makes this team different from anyone else attempting this.

You don't build a new industry with enthusiasm alone. You build it with people who've done the work.

Airships didn’t fail.
We walked away from them.

Not because they stopped working —
but because the world changed faster than they could adapt to.

The Hindenburg disaster in 1937 shattered public confidence almost overnight.
But the story didn’t start — or end — there.

Helium was already known at the time.
What wasn’t available was access to it.

Controlled largely by the United States,
helium was a strategic resource, restricted by politics.
So many airships, including Hindenburg, relied on hydrogen.

Safety measures existed.
But the margin for error was thin —
and eventually, it ran out.

At the same time, the world was shifting toward war.

Speed mattered more than efficiency.
Agility mattered more than endurance.
Mass production mattered more than elegance.

Airplanes fit that reality.
Airships didn’t.

They were large. Slower.
And in a military context — vulnerable.

So the shift wasn’t about failure.

It was about priorities.

And once those priorities changed,
everything followed —
funding, infrastructure, entire industries.

For decades, there was no reason to look back.

Not because airships couldn’t solve problems —
but because no one was asking the questions they were built to answer.

Now we are.

Today’s world looks very different.

We have materials that didn’t exist before.
Autonomous control systems.
Electric propulsion.
Precise weather modeling.

This isn’t the same machine anymore.

It’s not a revival of the past.
It’s a technology finally catching up with its moment.

And the problems it solves?

Moving cargo where there are no runways.
Staying in the air without burning massive amounts of fuel.
Operating quietly, persistently, efficiently —
for science, logistics, and security.

These aren’t niche use cases.

They’re fundamental gaps in how we move and observe the world.

Airships don’t compete with airplanes.

They operate where airplanes don’t work.

That’s why they’re coming back.

Not because we remember them.

But because we need what they were always capable of.