China's Nayuta Space raises fresh funding for aerodynamic-recovery rocket
Nayuta Space just raised fresh funding for a rocket that Chinese aerospace researchers have already called a dead end.
The company — which also goes by its Chinese name, Qianyi Aerospace, or 千亿航天 — announced April 24 it had closed consecutive Pre-A1 through Pre-A3 financing rounds for development of its Xuanniao-R rocket. The two-stage, 70-meter-long vehicle is designed to land horizontally using an approach called aerodynamic deceleration and horizontal landing, or ADHL: instead of reigniting engines to brake and land vertically like a Falcon 9, the rocket would glide back and touch down on its belly. SpaceNews
Most Chinese commercial launch companies — LandSpace, Space Pioneer, Deep Blue Aerospace, Galactic Energy, iSpace — are chasing SpaceX's vertical takeoff, vertical landing approach. Nayuta is the outlier. Its pitch is that skipping engine reignition avoids the hardest part of reusability: the precise propulsion required to slow a hypersonic booster and set it down on a precise point. In theory, aerodynamic surfaces and gliding flight do that work instead. SpaceNews
The problem is that Beijing's own aerospace community has already issued a verdict. The Moci Aerospace Technology Research Institute published an analysis calling ADHL a technological gimmick — questioning the payload capacity math, engineering feasibility, thermal protection costs, supply chain adaptation, and business logic. Andrew Jones at SpaceNews covered the funding but did not include the domestic critique. The full technical objection is in 36Kr's coverage. 36Kr
Nayuta's own statements acknowledge the tradeoffs. The company says ADHL reduces dependence on engine reignition and propulsive braking, but adds that the approach demands new aerodynamic structures and brings increased weight and complexity. The financing will go toward static ignition of the Xuanniao-R's second stage, scaled aerodynamic deceleration flight tests, wind tunnel campaigns, and recovery technology development. The company is targeting a debut test flight in the first half of 2027 — a timeline SpaceNews noted as very ambitious given the size of the launcher, the novel approach, and the uncertain levels of funding. SpaceNews
The three-consecutive-Pre-A funding structure itself is notable: investors committed in three separate increments rather than a single round, which is a pattern that suggests caution rather than conviction. 36Kr
The Black Bird-R first stage will use 13 Canglong-1 methane-liquid oxygen engines from Beijing Aerospace Propulsion Technology Co. Ltd. — an established commercial engine supplier, not an in-house program. SpaceNews
China's central government has designated commercial space an emerging pillar industry, with strong backing from provincial and local authorities. That policy environment is funding a crowded field of launch startups pursuing overlapping goals. Whether ADHL is a genuinely different architectural path or a technically elegant dead end will be answered by the rocket when it flies — not by the press releases.