China just broke America’s reusable rocket monopoly

Signals Inbox·July 10, 2026·SpaceTech

China successfully recovered an orbital-class rocket booster at sea for the first time, becoming only the second country after the United States to reach that milestone.

Q1What actually happened?

China launched the new Long March 10B from Hainan, sent its payload toward orbit, then guided the first stage back toward an offshore platform around six minutes after separation. The booster was caught vertically by a giant net. Chinese state media, citing the rocket program, called it the country’s first controlled first-stage recovery and the world’s first net-based rocket recovery. The official State Council Information Office also highlighted the achievement.

Q2Has China caught up with SpaceX?

Not even close operationally. SpaceX first landed a Falcon 9 booster at sea in April 2016 and has now completed more than 600 successful booster landings. Some Falcon 9 stages have flown more than 30 times. China has completed one controlled orbital-class recovery. That is a major technical step, but SpaceX still has a decade of data, refurbishment experience and routine operations.

Q3Why is this landing different?

The booster did not land on conventional legs like Falcon 9. It carried tethering structures that connected with a large net on the recovery platform. The net handled the capture, cushioning and stabilization. Moving those jobs off the rocket could reduce onboard hardware, save weight and leave more capacity for payloads.

Q4Was this really China’s first recovered rocket stage?

It was China’s first successful controlled recovery of an orbital-class first stage. In February 2026, China recovered a Long March 10 stage from the sea after a lower-altitude test, but that stage splashed down and was later retrieved. Several Chinese commercial rockets had also attempted powered landings, including LandSpace’s Zhuque 3 in December 2025, but those attempts failed. This time, the booster reached the recovery platform under control.