The Chinese aerospace scientific and technical corporation (CASC) has made a significant technological breakthrough by successfully completing tests on its new reusable missile engine. This achievement highlights the rapid advancements being made in the Celestial Space Program.
Specialists at CASC have developed a unique 130-ton reusable liquid missile engine, fueled by oxygen and kerosene, intended for use on upcoming launch vehicles such as the Changzhen-10 model. According to Chinese state media reports, the two main fire tests were concluded last Saturday, April 13.
Engineers conducted a total of 15 repeated tests and 30 launches of the engine, accumulating a remarkable operating time exceeding 3900 seconds. This milestone sets a new country record and showcases the engine’s reliability and future potential.
Developers focused on mastering a wide range of traction adjustments to ensure the engine’s effectiveness as a reusable component. They also simplified maintenance procedures and assessed the engine’s resource, emphasizing durability and the ability for multiple uses.
Representatives from CASC highlight that key aspects of developing reusable missiles include ensuring precision during landing, stability, durability, and efficient repair for subsequent flights. This significant progress in the space industry reflects China’s efforts to establish itself as a prominent global space power.
While NASA relies heavily on SpaceX technologies, China is pursuing its own state and private space projects, aiming to lead in space exploration. The Celestial Empire plans to conduct test flights of two reusable missiles in 2025 and 2026, with the Changzhen-10 expected to potentially carry Chinese astronauts to the moon in the future.