Kinetica 2 Qianfan Satellites Launch Explained: China's Second Flight Puts 18 Internet Satellites in Polar Orbit

Image: Kinetica 2 (Lijian-2) Y1 lifts off on its maiden flight on 30 March 2026, via Wikimedia Commons — the same rocket type that flew the 3 November 2026 mission. No freely licensed photo of the Y2 flight itself was available at writing.

TL;DR: Kinetica 2 Qianfan satellites launch explained in one line: China's CAS Space rocket flew for only the second time early on 3 November 2026, carrying 18 Qianfan internet satellites into polar orbit from the Jiuquan Satellite Launch Center — another batch for China's Starlink rival, launched before most of India had woken up.

📌 KEY HIGHLIGHTS

• Second flight, first constellation run: Kinetica 2's Y2 mission on 3 November 2026 was the rocket's first large-scale constellation launch — 18 satellites on one rocket.
• Payload: 18 Qianfan (Thousand Sails / Spacesail) broadband satellites, logged as G60 Polar Group #17, delivered to polar orbit.
• Timing: liftoff at about 00:10 UTC — 5:40 a.m. IST on Tuesday, 3 November — from Launch Area 140 at Jiuquan.
• The rocket: a 53-metre, two-stage, liquid-fuelled medium-lift vehicle built by CAS Space, able to lift 12 tonnes to low Earth orbit.
• The bigger race: Qianfan is China's answer to Starlink, with 1,296 satellites planned for phase one and more than 15,000 in total.

Kinetica 2 Qianfan satellites launch explained: what happened

China's commercial space firm CAS Space launched its Kinetica 2 rocket (also known as Lijian-2) from the Jiuquan Satellite Launch Center in northwestern China in the early hours of Tuesday, 3 November 2026. Trackers listed liftoff at about 00:10 UTC — 5:40 a.m. in India — with launch records giving 00:15 UTC; either way, the flight went up in a 28-minute window from Launch Area 140 on a southerly trajectory toward polar orbit.

The payload was a batch of 18 Qianfan satellites, recorded as G60 Polar Group #17. Launch records list the mission as a success, making Kinetica 2 two-for-two after its debut in March 2026. The flight matters because of what it changes for the rocket: the maiden flight carried just three objects to orbit, while this one carried 18 — the "one rocket, 18 satellites" pattern that Qianfan has used for nearly all of its batches since August 2024. For CAS Space, this was the first proof that its new rocket can do constellation work at scale, not just fly once.

One honesty note: CAS Space's own mission confirmation had not appeared in the English-language sources checked at writing, so this post leans on the launch record and the pre-launch preview from NASASpaceFlight, which had forecast exactly this mission — Kinetica 2, Site 140, polar orbit, SpaceSail payload — for 3 November. If CAS Space publishes a different satellite count, this post will be updated.

The rocket at a glance

Kinetica 2 is a medium-lift rocket from CAS Space, the commercial launch company founded by the Chinese Academy of Sciences. Its first stage uses a modular design — three identical rockets strapped side by side — and it burns RP-1 kerosene with liquid oxygen. CAS Space plans to add first-stage and booster recovery by 2027, and a heavier four-booster version, Kinetica 2 Heavy, is planned for a first flight in 2028.

Detail	Kinetica 2
Maker / country	CAS Space, China
Height / diameter	53 m / 3.35 m
Mass at liftoff	625 tonnes
Stages / propellant	2 stages, RP-1 / liquid oxygen
Payload to low Earth orbit	12,000 kg
Payload to 500 km Sun-synchronous orbit	8,000 kg
Maiden flight	30 March 2026 — two satellites plus the Qingzhou prototype cargo vessel for China's space station, success
Second flight (this mission)	3 November 2026 — 18 Qianfan satellites (G60 Polar Group #17) to polar orbit, success
Next steps	Booster recovery planned by 2027; Kinetica 2 Heavy first flight planned 2028

Image: A Long March 2F rocket leaves Jiuquan in 2025, via Wikimedia Commons (ILLUSTRATIVE — a different rocket from the same Jiuquan spaceport that Kinetica 2 flew from; it is not the 3 November flight).

What Qianfan is — and why 18 satellites at a time

Qianfan, meaning "Thousand Sails", is officially called the Spacesail Constellation and was earlier known as G60 Starlink. It is run by Shanghai Spacecom Satellite Technology (SSST), a firm backed by the Shanghai municipal government and the Chinese Academy of Sciences, and it began in 2024 as a direct rival to SpaceX's Starlink. The plan is a low Earth orbit broadband network: 1,296 satellites in phase one, growing to more than 15,000 in total, operating in Ku, Q and V bands.

The batches of 18 are the constellation's standard building block. Since the first Qianfan launch in August 2024, almost every batch has carried exactly 18 flat-panel satellites to polar orbit, first on Long March 6A rockets and later on Long March 8 variants. Kinetica 2 joining that rotation matters commercially: China now has a privately built rocket competing for the same constellation launches that state rockets used to monopolise. Together with the state-owned Guowang constellation (about 13,000 satellites planned), China's two internet constellations total a planned 28,000 satellites, against more than 11,000 for Starlink by one recent count.

There is a downside astronomers keep flagging: Qianfan satellites are bright enough to leave streaks in photographic research images that software cannot remove, and they can be visible to the naked eye. Every new batch makes that problem slightly worse — a trade-off that comes with every megaconstellation, Chinese or American.

Why it matters for India readers

India has no direct stake in a Chinese internet constellation, and this post claims none. The relevance is the tempo — and the competition it signals for satellite internet, a market India is watching closely as constellations expand. China flew this mission in the middle of a crowded week: three more Chinese launches are lined up for 5–6 November (Long March 2C, Long March 12 and Ceres 2), while SpaceX's classified USSF-432 mission is due from California on the night of 3–4 November India time.

India's own launch calendar is quickening in parallel. Just this week TechByCountry covered Rocket Lab's 99th Electron flight carrying a Japanese radar satellite, SpaceX's USSF-432 classified launch, and ISRO's first launch from Kulasekarapattinam, targeted for March–April 2027. The pattern is the same everywhere: smaller, commercially built rockets flying on a near-weekly rhythm, with national internet constellations now riding them.

Should you care? ✅ / ⏳

✅ Verdict: worth knowing, ⏳ not worth acting on. If you follow the satellite-internet race or China's commercial space programme, this flight is a real milestone: a new private rocket just proved it can haul constellation batches. If you are waiting for faster rural broadband, nothing changes today — Qianfan does not serve India, and its satellites still need ground stations, terminals and licences before anyone gets online.

FAQs

What is Kinetica 2? Kinetica 2 (Lijian-2) is a Chinese medium-lift rocket built by CAS Space, a commercial firm founded by the Chinese Academy of Sciences. It is 53 metres tall, has two liquid-fuelled stages, and can lift 12 tonnes to low Earth orbit or 8 tonnes to a 500 km Sun-synchronous orbit.

How many satellites did Kinetica 2 launch on 3 November 2026? Eighteen Qianfan broadband satellites, logged as G60 Polar Group #17, delivered to polar orbit from Jiuquan. It was the rocket's second flight and its first carrying a full constellation batch.

What is the Qianfan constellation? Qianfan ("Thousand Sails"), officially the Spacesail Constellation, is China's low Earth orbit satellite-internet project, run by Shanghai Spacecom Satellite Technology with Shanghai government and Chinese Academy of Sciences backing. It plans 1,296 satellites in phase one and more than 15,000 in total, as a rival to Starlink.

Why polar orbit? Polar orbits pass over the whole planet as the Earth rotates beneath them, so a constellation in polar orbit can eventually cover every latitude — including the poles — rather than just the tropics and temperate zones. That is why Qianfan's batches, like this one, go polar.

What happens next for Kinetica 2? CAS Space plans to demonstrate first-stage and booster recovery by 2027, and a heavier four-booster Kinetica 2 Heavy is planned for a first flight in 2028. In the short term, watch China's three further launches this week and whether CAS Space confirms the Y2 satellite count.

Takeaway: China's newest commercial rocket just graduated from test flight to constellation workhorse: 18 Qianfan satellites, one polar orbit, and a second success in a row — another step in the quiet race to build a Starlink rival.

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Sources

• Wikipedia — Kinetica 2 (rocket specifications, flight Y1/Y2 record; Y2 listed as success, 3 November 2026)
• NASASpaceFlight — Launch Preview: Falcon 9 to launch USSF missions, China to launch internet satellites (Kinetica 2, Site 140, polar orbit, SpaceSail payload, 00:10 UTC)
• Space Launch Schedule — Kinetica 2, SpaceSail Polar Group (launch occurred 3 November 2026, 00:10 UTC; constellation scale)
• Wikipedia — Qianfan (Thousand Sails / Spacesail / G60 Starlink: operator, backing, phase-one 1,296 and 15,000+ total, Ku/Q/V bands, brightness concern)
• Astronomy — South Korea eyes rocket debut and China lines up four launches (Kinetica 2 targeting, Qianfan as Starlink rival, week's other Chinese launches)