A new funding round for an ambitious launch plan
Chinese launch startup Cosmoleap has raised $73 million in a funding round aimed at accelerating development of a reusable orbital rocket and an unusual recovery system modeled on tower capture. The company said the money will go toward product development, testing and validation, and expanding its team as it pushes toward a first launch in 2027.
The company, formally known as Beijing Dahang Yueqian Technology Co., Ltd., is developing the Yueqian-1 rocket. Its central technical bet is a “tower catch and landing recovery” concept for the first stage, a design that resembles the catch architecture popularized by SpaceX’s Mechzilla system. If it works, the approach could reduce the need for conventional landing legs and support faster reuse. If it does not, it adds another layer of complexity to a rocket that is already on an aggressive schedule.
In a commercial space sector where reusable launch is increasingly seen as the standard to chase, the financing shows that investors in China are still willing to back younger firms with technically demanding plans. But the size of the round and the state of the company’s program also make clear that Cosmoleap remains an early-stage contender in a crowded national field.
What Cosmoleap says it is building
According to the company, Yueqian-1 will stand 70 meters tall, measure 4.2 meters in diameter, and be capable of carrying 18,000 kilograms to low Earth orbit. That figure falls to 12,000 kilograms when the first stage is recovered. Those are substantial numbers for a startup vehicle and place the rocket in a class aimed at meaningful commercial and institutional payloads rather than small-satellite niche work alone.
Cosmoleap says final assembly and testing of the vehicle will begin in the second half of 2026, with a debut flight planned for 2027. The company is developing its own Qingyu-11 methane-liquid oxygen engine, described as being in the 100-ton thrust class. It has also tested the 80-ton thrust class YF-209 methalox engine developed by state-owned contractor CASC for commercial use.
The dual engine references suggest a program that is still balancing in-house ambition with the practical realities of propulsion development. Engine maturity often determines whether schedules hold or slip, and launch companies routinely discover that propulsion timelines are less forgiving than investor presentations imply.
The challenge of tower capture
The most attention-grabbing part of the plan is the recovery system. Cosmoleap has described Yueqian-1 as China’s first rocket intended to use tower catch and landing recovery. The concept promises operational advantages, but it is also unforgiving. Recovering a booster by guiding it directly into tower-mounted arms demands tight control, reliable engines, and a mature flight software stack.
Cosmoleap did carry out a chopstick tower test in November 2024, an early sign that the company wanted to demonstrate seriousness about the concept rather than treat it as a distant marketing idea. Still, hardware demonstrations on the ground are only one step in a chain that must eventually include flight, landing precision, and repeatability.
The timeline underlines the scale of the challenge. Cosmoleap only announced its existence and the start of operations in March 2024. Moving from a newly public company to an orbital-class reusable launcher with tower catch capability by 2027 would be ambitious in any market. Doing so while proving a technically demanding recovery architecture makes the program particularly aggressive.
A signal from China’s launch market
The financing round lands in the middle of a broader expansion in China’s commercial space sector, where central and provincial policy support has helped draw capital into launch companies and related infrastructure. Cosmoleap is not alone in pursuing reusability, and it is not the best funded operator in the field. More established firms such as Landspace, Space Pioneer, and CAS Space have raised larger sums and are moving closer to capital-market milestones.
That comparison cuts both ways. On one hand, it highlights how much pressure remains on younger companies to differentiate technically if they want attention from investors and customers. On the other, it shows that China’s market is now large enough to support multiple approaches, including startups willing to attempt difficult leaps rather than incremental improvements.
Cosmoleap’s latest financing also follows an earlier fundraising effort of roughly $14 million in November 2024. The increase suggests that backers are willing to keep funding the company through its next engineering phase, even if the hardest proof points are still ahead.
What comes next
The next 18 months will matter more than the headline funding number. Final assembly, engine progress, structural testing, and any additional demonstrations around the recovery tower will determine whether Cosmoleap’s story remains aspirational or begins to look executable.
Investors often treat reusable launch as a strategic inevitability, but not every program reaches the point where reuse becomes routine instead of rhetorical. Cosmoleap is asking the market to believe not only that it can reach orbit, but that it can do so while validating one of the most difficult recovery approaches now under active development.
For China’s commercial launch sector, that makes the company worth watching even if its schedule slips. A successful tower-catch demonstration by a domestic startup would be a meaningful technical marker. A failure would still reveal how far private Chinese launch firms are willing to push design risk in pursuit of lower-cost operations.
For now, the clearer conclusion is narrower: Cosmoleap has secured enough fresh capital to keep its reusable rocket program moving, and it intends to spend the next phase proving that its boldest idea can survive contact with hardware.
This article is based on reporting by SpaceNews. Read the original article.
Originally published on spacenews.com
