BEIJING, July 10 — The global space launch market is undergoing a structural shift that analysts say could reshape competition between American and Chinese providers, as reusable rocket technology promises to slash costs dramatically. Industry estimates indicate that reusable systems may reduce launch expenses by as much as 80% compared to expendable rockets, a development that has drawn the attention of state and commercial actors across the sector.
SpaceX’s Falcon 9, a partially reusable vehicle, charges approximately $67 million per launch as of 2024 for a standard mission, according to industry figures. By contrast, an expendable rocket of similar capacity costs roughly $150 million.
China’s Long March family of rockets currently carries a price tag between $50 million and $100 million per launch, depending on the variant, state and international reports indicate. The China Aerospace Science and Technology Corporation, or CASC, has not disclosed specific cost savings from its Long March 10B recovery system. But analysts at the Space Foundation estimate that full reusability could bring per-launch costs down to $30 million.
That figure, if realised, would position the Long March 10B as a direct competitor to SpaceX’s Falcon 9 and Rocket Lab’s Electron for medium-lift contracts.
Market growth and China’s rising share
The global launch services market was valued at $14.5 billion in 2023 by Euroconsult, a space industry consultancy, and is projected to grow to $35 billion by 2030. China’s share of commercial launches has risen from 10% in 2020 to 18% in 2023, with 26 launches recorded in that year, according to the account of industry tracking data. This expansion reflects a broader push by Beijing to develop its commercial space sector.
Private Chinese firms including LandSpace and Galactic Energy are also developing reusable rockets, officials said, though details on their progress remain limited. The successful recovery of a Long March 10B booster could attract international customers, analysts suggest, though US International Traffic in Arms Regulations, or ITAR, restrict satellite exports to China.
The regulatory barrier is significant. ITAR controls effectively bar American satellite manufacturers from sending their products to China for launch, a constraint that has shaped the competitive landscape for years. European and Asian satellite operators, however, face fewer restrictions and represent a potential customer base for Chinese launch services if reliability and cost targets are met.
Regional context and strategic implications
For observers in the Middle East and across the developing world, the space launch competition carries echoes of earlier technology races. Iran, for its part, has pursued its own satellite launch capabilities, though with a different trajectory than the commercial-heavy approach seen in China and the United States. The emergence of reusable rockets in both countries underscores how far the technology gap has widened.
The Long March 10B’s development comes at a moment when China’s space programme has achieved a series of milestones, including crewed missions and lunar sample returns. The commercial spin-offs from these state-led efforts are now becoming visible, with CASC seeking to capture a share of the growing global launch market.
SpaceX, meanwhile, continues to dominate the commercial launch sector with its Falcon 9 fleet, which has completed hundreds of missions. The company’s pricing advantage over expendable rockets has already forced competitors to adapt, and the entry of a Chinese reusable vehicle at an estimated $30 million per launch would intensify that pressure. Rocket Lab’s Electron, a smaller vehicle designed for dedicated small satellite launches, occupies a different segment of the market but could face competition from Chinese alternatives if they offer comparable reliability at lower prices.
The medium-lift category, where the Falcon 9 and Long March 10B would compete directly, represents the largest portion of the commercial launch market by revenue. The successful recovery of a Long March 10B booster would mark a technical achievement for CASC, but the path to commercial viability involves more than engineering.
Insurance rates, launch track records, and political considerations all factor into customer decisions. Chinese launch providers have historically faced higher insurance premiums than their Western counterparts, a gap that reusability alone may not close. Analysts at the Space Foundation have noted that full reusability could cut costs to $30 million per launch, but that estimate assumes a mature system with proven reliability.
The development timeline for the Long March 10B remains unclear, and CASC has not announced a target date for operational service. For now, the competitive dynamics are clear: China is investing heavily in reusable rocket technology, private firms are entering the field, and the global launch market is projected to more than double by the end of the decade. Whether Chinese providers can translate technical progress into commercial success will depend on factors that extend beyond the launch pad.
