China’s space agency is pushing key Moon-landing hardware toward operational readiness: in February 2026 it completed a low-altitude verification of the Long March-10 carrier rocket and a maximum-dynamic-pressure escape flight test of the Mengzhou spacecraft, while CGTN reported on April 12, 2026 that Chang’e-7 had arrived at Wenchang Space Launch Site ahead of a planned launch in the second half of 2026. The same reporting says Chang’e-7 will test high-precision lunar soft-landing, legged rover mobility, surface hopping, and exploration of permanently shadowed lunar craters at the south pole, and China says its first crewed lunar landing remains targeted for 2030.
Technically, this indicates China is converging the full stack needed for lunar permanence: heavy-lift launch, crew escape systems, soft-landing precision, autonomous mobility, and polar resource reconnaissance. Those capabilities matter for habitation because they reduce risk in the two hardest phases of lunar operations — getting humans to the surface safely and identifying water-ice and terrain conditions that determine where shelters, power systems, and logistics depots can survive.
For the Ark team, the priority is to monitor three things: the Long March-10/Mengzhou/Lanyue test cadence, Chang’e-7 and Chang’e-8 results at the south pole, and any ILRS architecture details tied to 2035 and 2045 buildout phases. Those milestones will reveal the likely engineering standard for future lunar infrastructure, the pace at which polar resource extraction becomes operational, and the emerging map of safe, high-value settlement zones for long-term civilizational backup.