印度私营航天势头强劲，航天经济蓬勃兴起
印度航天事业已从以国家主导为主的科研项目，发展成为涵盖深空探测、载人航天、商业发射、卫星应用与私营企业参与的综合国家实力。过去 12 年间，月船 3 号、阿迪蒂亚‑L1 太阳探测任务等巩固了印度航天大国地位；而加甘扬载人航天计划筹备工作以及拟建国家空间站项目，也彰显出印度更加宏大的发展目标。
航天事业扩张的同时，私营部门参与度大幅提升。得益于政策改革、商业化程度提高以及行业准入门槛放宽，印度航天初创企业数量从 2014 年的 1 家，增长至 2026 年 2 月的 400 余家。
私营部门发展势头迅猛
国家航天日前夕，印度总理纳伦德拉・莫迪会见 20 家航天初创企业的创始人与首席执行官，企业业务覆盖运载火箭、推进系统、卫星、航空电子设备、空间情报、太空碎片治理以及气象技术等领域。
各家企业表示，航天领域向私营资本开放带来大量发展机遇，印度本土企业研发的技术也获得越来越多的国际关注。莫迪总理鼓励企业拓展航天技术跨行业应用，借助航天技术解决农业、环境治理、灾害应急等领域的现实难题。
印度政府也着力优化行业投资环境。2024 年 2 月，印度放宽航天领域外商直接投资规则，部分业务外商直接投资占比最高可达 100%。其中卫星制造与运营、卫星数据产品、地面及用户终端服务，外商可通过自动审批通道最高持股 74%；运载火箭与航天港项目，自动审批通道下外资最高占比为 49%。
印度国家航天促进与授权中心（IN‑SPACe）还出台《2024 年规范、指南与流程》，为行业许可审批与合规运营搭建更为清晰的制度框架。
基础设施建设与下游应用拓展
印度同步推进航天发射基础设施扩容。泰米尔纳德邦的库拉塞卡拉帕蒂纳姆正在建设第二座航天港，规划配套小型卫星运载火箭综合设施，目标实现每年 20‑25 次轨道发射。印度政府还已批准在斯里哈里科塔建设第三座发射台，项目耗资 3984.86 亿卢比，用以支撑新一代运载火箭、载人航天以及未来月球探测任务。
不过行业从业者认为，下一阶段的增长不能只局限于火箭与卫星硬件。印度航天协会总干事阿・克・巴特中将表示，印度正在打造 “全栈式航天经济”，但扩大制造产能、完善供应链、拓宽资金渠道以及培育专业人才，是发展的关键所在。
地球观测、卫星通信、地理空间情报等下游应用，在农业、气候监测、城市规划、灾害管理和国家安全领域的重要性不断提升。苏霍拉科技公司首席执行官兼联合创始人克里沙努・阿查里亚提出，把卫星原始数据转化为可落地使用的情报产品，有望成为私营航天经济更可持续的增长动力。
维亚萨特印度公司董事总经理高塔姆・夏尔马称，公私合作模式壮大了印度航天生态，卫星通信在国防、海上安全以及应急处置方面发挥着关键作用。
打造全球航天竞争力
印度的载人航天愿景也积累了实操经验。2025 年，空军上校舒班舒・舒克拉参与由印度空间研究组织与美国国家航空航天局支持的公理 4 号任务，进驻国际空间站，完成七项微重力科学实验。此次任务为印度积累了航天员训练、载人航天流程、空间科研以及国际合作方面的宝贵经验。
印度更大的目标是打造全球航天枢纽。莫迪总理呼吁航天企业加强跨行业协作，同时深度联动阿塔尔创新实验室，激发青少年对航天事业的兴趣。
依托国有航天机构的技术积淀、不断壮大的私营产业能力，再加之上愈发宽松的投资政策，印度航天战略的重心正在发生转变：不再仅仅追求进入太空轨道，更着力打造具备商业盈利能力的产业与应用，在全球航天经济中参与竞争。
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India’s Space Economy Takes Off As Private Sector Gains Momentum
India’s space programme has evolved from a largely state-led scientific endeavour into a broader national capability spanning exploration, human spaceflight, commercial launches, satellite applications and private enterprise. Over the past 12 years, missions such as Chandrayaan-3 and Aditya-L1 have strengthened India’s position as a space power, while preparations for Gaganyaan and a proposed national space station point to more ambitious goals.
The expansion has been accompanied by a sharp rise in private participation. The number of space startups has grown from one in 2014 to more than 400 as of February 2026, supported by policy reforms, increased commercialisation and greater access to the sector.
Private Sector Gains Momentum
Ahead of National Space Day, Prime Minister Narendra Modi met the founders and chief executive officers of 20 space startups, covering areas including launch vehicles, propulsion, satellites, avionics, space intelligence, debris management and weather technology.
The companies highlighted the opportunities created by opening the space sector to private participation and the growing global interest in technologies developed by Indian firms. PM Modi urged companies to expand the applications of space technology across sectors and use it to address challenges in agriculture, environmental management, disaster response and other areas.
The government has also sought to improve the investment environment. In February 2024, India liberalised foreign direct investment (FDI) rules for the space sector, permitting up to 100 per cent FDI in selected activities. Up to 74 per cent is allowed through the automatic route for satellite manufacturing and operations, satellite data products and ground or user-segment services, while launch vehicles and spaceports can receive up to 49 per cent automatic-route FDI.
The Indian National Space Promotion and Authorisation Centre (IN-SPACe) has also introduced the Norms, Guidelines and Procedures (NGP) 2024 to provide a clearer framework for authorisation and compliance.
Infrastructure And Downstream Applications
India is simultaneously expanding its launch infrastructure. A second spaceport is being developed at Kulasekarapattinam in Tamil Nadu, with a Small Satellite Launch Vehicle (SSLV) complex planned to support 20–25 orbital launches annually. The government has also approved a third launch pad at Sriharikota at a cost of Rs 3,984.86 crore, supporting next-generation launch vehicles, human spaceflight and future lunar missions.
Industry executives, however, see the next phase of growth extending beyond rockets and satellites. Lt Gen AK Bhatt, Director General, Indian Space Association (ISpA), said India is emerging as a “full-stack space economy”, but argued that scaling manufacturing, supply chains, capital and specialised talent would be critical.
Downstream applications in Earth observation, satellite communications and geospatial intelligence are gaining importance across agriculture, climate monitoring, urban planning, disaster management and national security. Suhora Technologies CEO and Co-Founder Krishanu Acharya said converting satellite data into actionable intelligence could become a more sustainable growth engine for the private space economy.
Gautam Sharma, Managing Director, Viasat India, said public-private partnerships have strengthened India’s space ecosystem, with satellite communications playing a critical role in defence, maritime safety and emergency response.
Building Global Capabilities
India’s human-spaceflight ambitions are also gaining operational experience. In 2025, Group Captain Shubhanshu Shukla participated in the ISRO-NASA-supported Axiom-4 mission to the International Space Station, conducting seven microgravity experiments. The mission provided experience in astronaut training, crewed spaceflight procedures, research and international cooperation.
The broader ambition is to position India as a global space hub. PM Modi has called for stronger collaboration between space companies and other sectors, as well as closer engagement with Atal Tinkering Labs to encourage interest in space among young students.
With public-sector expertise, expanding private capabilities and more liberal investment rules converging, India’s space strategy is increasingly focused not only on reaching orbit but also on building commercially viable businesses and applications capable of competing in the global space economy.
