Chinese space launch company Oriental Space successfully conducted a critical test for their Gravity-1 rocket. This test involved transporting the rocket in a vertical state over 1700 kilometers by sea in China, simulating a real launch scenario.
The journey included assembly, embarkation, transportation, disassembly, and disembarkation
The test aimed to ensure the rocket’s ability to withstand harsh sea conditions and verify safety measures during long-distance maritime transport. The 920 nautical mile journey from Dandong to Lianyungang included assembly, roll-on/roll-off embarkation, transportation, disassembly, and disembarkation.
The test also addressed logistical challenges by successfully separating and reattaching the satellite cover assembly at a port stop. This innovation allows for more convenient docking procedures at launch sites.
This successful test paves the way for Oriental Space’s “front shop and back factory” model, with their newly completed Assembly, Integration and Testing Center serving as the core.
The Gravity-1 rocket itself boasts impressive capabilities. As China’s (and the world’s) first all-solid bundled medium-sized launch vehicle, it is designed for rapid response and large-scale deployment of small and medium satellites in low Earth orbit. It offers a flexible configuration with a core stage, boosters, and switchable engine options for varying payloads.
(Via)
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