分类：中国火箭

The improved version of the Zhuque-2 rocket successfully launched six satellites into sun-synchronous orbit, marking its second consecutive successful mission and demonstrating enhanced performance through key upgrades including a more powerful methane-oxygen engine and a composite fairing. (朱雀二号改进型火箭成功将六颗卫星送入太阳同步轨道，实现型号两连胜，并通过采用更强大的液氧甲烷发动机和复合材料整流罩等关键升级，展示了性能提升。)

China's rocket recovery technology is advancing rapidly with multiple successful tests, aiming to reduce launch costs by 30-50% and achieve fully reusable orbital rockets by 2028-2030 through vertical landing and parachute approaches. (中国火箭回收技术快速发展，已成功进行多次测试，目标是通过垂直着陆和伞降方法将发射成本降低30-50%，并在2028-2030年实现完全可重复使用轨道火箭。)

China is actively developing rocket recovery technology, primarily focusing on vertical landing (VTVL) to reuse launch vehicle stages, aiming to drastically reduce space access costs and enhance competitiveness in lunar exploration and the commercial space sector by the late 2020s. (中国正积极发展火箭回收技术，主要聚焦垂直着陆（VTVL）以重复使用运载火箭级，目标是通过大幅降低太空进入成本，并在2020年代末提升在月球探索和商业航天领域的竞争力。)

力箭2是中国新一代中型可重复使用运载火箭，采用模块化设计，目标2025年首飞，将LEO运力提升至6-8吨，显著降低发射成本，增强中国商业航天竞争力。

力箭2是中国新一代中型固体运载火箭，采用模块化设计和绿色推进剂，填补商业发射市场空白，预计降低发射成本20-30%，提升国际竞争力。

长征八号改型是中国新一代中型可重复使用火箭，采用模块化设计，旨在降低发射成本，提升商业竞争力，支持星座部署等任务。

长征八号改型是中国新一代中型可重复使用火箭，采用模块化设计，LEO运力8.5吨，旨在降低发射成本、抢占商业航天市场。

China advances in reusable rocket tech (CASC, LandSpace, iSpace), targeting 70% cost reduction to boost global space competitiveness. (中国推进火箭可回收技术，目标降本70%，提升全球航天竞争力。)

CZ-8 Mod: China's next-gen reusable medium-lift rocket for SSO missions, with ~5,000kg payload. (长征八号改：中国新一代可重复使用中型火箭，主打太阳同步轨道任务，运力约5000公斤。)