Kinetica 2 Debut: First Flight Success on 30 March 2026

What happened?

CAS Space successfully launched its new medium-lift Kinetica 2 rocket on its maiden flight on 30 March 2026 at 11:00 UTC from Launch Area 140 at the Jiuquan Satellite Launch Center in the People's Republic of China. The demo flight carried the Qingzhou prototype cargo spacecraft and was declared a success, marking a major milestone for the Chinese commercial launch sector.

Kinetica 2 (Lijian-2) is a two-stage, liquid-propellant orbital launch vehicle developed by CAS Space, the commercial spinoff of the Chinese Academy of Sciences. It is the company's first liquid-fueled rocket, following the solid-fueled Kinetica 1, and is designed to expand China's capacity to launch cargo and satellite constellations to low Earth orbit.

Did the launch succeed?

Yes. According to CAS Space, the debut flight achieved its planned objectives, validating the vehicle's liquid-propulsion system, staging sequence, and payload deployment on the first attempt — a rare and significant accomplishment for an all-new launch vehicle.

Reaching orbit on a maiden flight is historically difficult; a large share of new rockets fail on their first attempt. Kinetica 2 avoiding that outcome positions CAS Space to move quickly toward operational cargo and constellation missions.

What was the payload?

The primary payload was the Qingzhou prototype spacecraft, an uncrewed cargo vehicle. Qingzhou ("light boat") is being developed as a low-cost logistics spacecraft intended to resupply China's Tiangong space station and support future in-orbit operations. This demonstration flight tested the spacecraft's core systems in a real launch and orbital environment.

A dedicated cargo craft matters because China currently relies on the Tianzhou series for station resupply. Adding a commercially built alternative like Qingzhou introduces redundancy and competition into China's logistics chain.

What is Kinetica 2?

Kinetica 2 is CAS Space's step up from the solid-fueled Kinetica 1, which has flown multiple times to loft small satellites. The move to liquid propellant gives the vehicle substantially greater payload capacity and the throttling control needed for heavier cargo missions and, in the future, recovery of the first stage.

Key mission facts

Why does this launch matter?

The successful debut gives CAS Space a second, more capable rocket in its portfolio and strengthens China's growing roster of commercial launch providers. With demand rising for satellite constellation deployments and space-station logistics, a proven liquid-fueled medium-lift vehicle broadens the country's launch options beyond state-run rockets.

Jiuquan, located in the Gobi Desert of northwest China, is the country's oldest and busiest launch base and has hosted every Chinese human spaceflight. Its inland location and dedicated commercial pads make it a hub for new-generation vehicles like Kinetica 2.

How to watch and track

The launch has already taken place, but you can follow the deployed Qingzhou prototype and thousands of other spacecraft in orbit right now on the Cosmik live 3D satellite map. For upcoming Chinese and global missions, check the rocket launch schedule and the latest launch news. If you want to learn the basics of following spacecraft overhead, see our guide to tracking satellites.

Sources and further reading

• Jiuquan Satellite Launch Center (Wikipedia)
• CAS Space (Wikipedia)
• The Space Devs Launch Library (data source)

Follow the mission on Cosmik

Track the Qingzhou prototype and every satellite in orbit live on Cosmik's real-time 3D map, and enable free launch alerts so you never miss the next Kinetica flight or major mission. Explore the full launch tracker to see what's lifting off next.