Watch China catch its first rocket booster in a net

China flew and recovered its first Long March-10B rocket booster on Friday, July 10, 2026, catching the descending first stage in a high-strength net aboard a sea platform off Hainan Province — a national first that advances reusable launch technology and tightens the U.S.–China space race. Video of the automated catch spread quickly online, giving audiences a front-row view of orbital hardware returning under control instead of splashing into the ocean.

If you wanted to watch China catch its first rocket booster in a net, Friday delivered the proof: state media and circulating footage showed the first stage hanging motionless after recovery — a visible shift in how major powers approach launch economics.

Key Takeaways

• China recovered a Long March-10B booster in a net on its maiden flight — a national first and a major reusable-rocket breakthrough.
• The six-minute return used LIDAR-guided tracking, booster hooks, and automated cables instead of traditional landing legs.
• Reusable boosters cut launch costs and increase flight cadence, reshaping the commercial satellite market and crewed space ambitions.
• SpaceX proved booster reuse in 2015; China is now closing the gap with a distinctly different net-capture approach.
• Officials plan to refly recovered hardware and support future crewed rocket programs with the Long March-10 family.

What happened when China caught its first rocket booster?

On Friday, China's state-run Xinhua news agency reported that the Long March-10B lifted off from Hainan Province and placed its payload into orbit on its debut flight. Officials did not disclose what the rocket carried.

After the upper stage continued toward space, the first-stage booster — the segment that handles the heaviest lifting at launch — turned around and flew back toward Earth. Rather than splashing into the ocean, it steered itself onto a specially designed ship at sea.

A massive net caught the booster and left it hanging in place. Engineers described the setup as the world's first cross-shaped, high-strength "arresting" net for rockets, paired with hooks mounted on the booster itself. Video of the catch circulated widely online, giving the public a rare front-row view of orbital hardware returning under control.

Why does catching a booster in a net matter?

Reusing boosters can sharply cut launch costs, let rockets fly more often, and give countries a strategic edge in the intensifying space race. The United States — especially through companies like SpaceX — has pushed reusability for years, and China is now moving to match that capability.

For national space programs and private operators alike, flying the same hardware repeatedly turns space access from a rare, expensive event into something closer to routine transportation. That shift matters for satellite internet constellations, Earth-observation networks, and crewed missions that depend on affordable, frequent launches.

Chen Muye of the state-owned China Aerospace Science and Technology Corporation said the maiden flight marks a breakthrough in low-cost, heavy-lift reusable rocketry for China. He added that the technology will also support China's future crewed rocket program — a signal that Friday's catch was not a one-off stunt but infrastructure for what comes next.

How does China's approach compare to SpaceX and Blue Origin?

The reusable-rocket story has a clear "then and now" arc — one that our Nostalgia: Then & Now coverage has tracked as old assumptions about expendable rockets give way to recovered hardware. SpaceX first proved this kind of reuse was possible in December 2015, when a Falcon 9 launched satellites and then steered its first-stage booster back to a landing pad.

That booster plunged through the atmosphere, fired its engines to slow down, and touched down upright instead of falling into the ocean. Since then, SpaceX has also caught a Starship booster with giant mechanical arms — nicknamed "chopsticks" — at the launchpad. Blue Origin successfully landed a New Glenn booster on a barge roughly eight months before a May explosion set the company back.

China's net-capture method is deliberately different. Rather than equipping the booster with heavy landing legs, engineers had it fly straight into a massive net. Specialized cables absorbed the booster's energy and left it hanging motionless at the center in a fully automated process, according to officials quoted by Xinhua.

Engineers say skipping landing gear lightens the rocket and frees up more room to carry satellites — a trade-off that could matter in the commercial launch market, where every kilogram of payload capacity counts.

How did the six-minute return journey work?

According to Xinhua, the Long March-10B booster endured a six-minute "extreme return journey" after separating from the upper stage. It coasted, adjusted its position, fired its engines to slow down, and used the atmosphere itself as a brake before reaching the recovery ship.

Waiting below was a large sea-based platform delivered in late 2025. The vessel measures about 470 feet long and 160 feet wide. A tall tower anchors the net system, while LIDAR sensors — laser-based rangefinders — track the falling booster's path and angle in real time.

The choreography is demanding. A booster returning from orbital velocity must hit a moving target on open water while bleeding off enormous kinetic energy. Automating that sequence — from separation to a motionless hang in the net — is what separates a controlled recovery from the failed attempts that have plagued other programs.

What is the Long March-10B and what comes next?

The Long March-10B is a liquid-fueled rocket standing over 200 feet tall and about 16.5 feet wide, according to Xinhua. It produces close to 1,000 U.S. tons of thrust at liftoff and weighs roughly 840 tons when fully fueled.

In reusable mode, it can carry up to 18 tons of cargo to low-Earth orbit — the region where many communications and Earth-watching satellites operate. Chinese officials say the rocket targets the growing commercial launch market, including jobs like building satellite internet constellations that require rapid, lower-cost deployment.

Friday's success lands squarely in a moment when the U.S.–China space race is accelerating on multiple fronts — lunar ambitions, commercial constellations, and now reusable first stages. China flew and recovered a booster for the first time; the question is how quickly that hardware flies again, and whether the net-capture model scales as reliably as the landing-leg systems that came before it.