TMTPOST — China successfully completed its first controlled vertical recovery of a heavy-payload launch vehicle on Friday, utilizing a globally unprecedented maritime net-capture system that deliberately departs from established American recovery methodologies. The Long March 10B carrier rocket lifted off from the Hainan Commercial Space Launch Site at 12:15 p.m., separating its first and second stages approximately six minutes into flight before the first-stage booster performed a controlled vertical descent onto the specialized maritime recovery platform Navigator. Rather than employing the heavy hydraulic landing legs popularized by SpaceX’s Falcon 9 or the rigid mechanical tower arms used for Starship, the 70-meter Chinese launch vehicle utilized structural airframe hooks designed to latch mid-air onto a 54-meter flexible, three-dimensional mesh grid. The 25,000-ton Navigator platform deployed high-precision DP2 dynamic positioning layers to limit maritime wave sway under 0.5 meters, allowing the rocket's high-precision guidance systems to guide the booster directly into the shock-absorbing netting structure. Domestic aerospace architectures are prioritizing structural weight reduction to maximize low-Earth orbit payload margins for massive impending satellite constellations. By migrating the heavy mechanical mass of landing legs off the airframe and transferring structural impact mitigation entirely to the vessel-mounted buffering network, the Long March 10B preserves critical lift performance while lowering post-flight refurbishment cycles. This divergence from American recovery baselines establishes a distinct technical trajectory tailored for highly secure, heavy-payload state infrastructure operations rather than purely commercial high-frequency logistics.