中国航天事业
(下边有中文翻译，请继续看到底。 谢谢。）
Seventy years of scientific ambition have transformed China from a newcomer in rocketry into a major force in satellite navigation, space exploration and the emerging commercial space economy.
On October 8, 1956, China established the Fifth Academy of the Ministry of National Defense, laying the institutional foundation for its space programme. Seventy years later, the country stands among the world’s leading space powers, with achievements spanning satellite navigation, human spaceflight, lunar exploration, Mars missions and an independently constructed space station.
This transformation reflects more than technological progress. It demonstrates how sustained investment in science, engineering, education and industrial capacity can reshape a nation’s development trajectory.
From one satellite to deep space
China’s journey reached an early milestone in 1970, when Dongfanghong-1, the country’s first satellite, entered orbit. Since then, the programme has steadily expanded its ambitions. The BeiDou Navigation Satellite System provides positioning, navigation and timing services; the Chang’e programme has advanced lunar exploration; and Tianwen-1 successfully reached Mars and deployed the Zhurong rover.
The Tiangong space station, completed in 2022, represents another major achievement. It provides a platform for scientific experiments, technology testing, and sustained human activity in orbit. China’s crewed missions have also developed the capabilities required for long-duration spaceflight, orbital construction and life-support systems.
The next major goal is a crewed lunar landing before 2030. Achieving it would mark another historic step and expand opportunities for lunar science, engineering and international research. Meanwhile, private launch companies such as LandSpace, i-Space, Galactic Energy, Space Pioneer and Orienspace are helping create a more dynamic commercial space sector.
China’s experience shows what long-term planning, technical learning and the gradual development of domestic capabilities can achieve.
How many objects has China launched? A global comparison
China’s progress is also visible in the scale of its space activity. Data compiled from the United Nations Office for Outer Space Affairs (UNOOSA), published through Our World in Data, recorded the following cumulative totals through 2025.
Country or group Objects launched into space
United States 15,677
Russia 3,914
China 1,759
Rest of the world, approximately 3,515
Global total 24,865
The figures include satellites, probes, landers, crewed spacecraft and space-station elements—not satellites alone. They also reflect the dataset’s rules for attributing launches, so the country figures should be treated as a broad comparison rather than a precise count of satellites currently operating in orbit.
The numbers put China’s achievement in perspective. Although its cumulative total remains below those of the United States and Russia, its space activity has expanded rapidly. In 2025, China conducted 50 commercial space launches, and 311 commercial satellites were placed into orbit, representing 84 percent of all Chinese satellites launched that year, according to China’s space authorities.
Space technology as an engine of economic development
The value of a space programme cannot be measured by launches alone. Its influence reaches transport, agriculture, telecommunications, disaster management, scientific research and manufacturing.
China’s BeiDou satellite navigation system illustrates this connection. In 2024, China’s satellite navigation and positioning service industry generated an estimated 575.8 billion yuan in output, up 7.39 percent from the previous year. Its applications support vehicle navigation, precision farming, logistics, infrastructure and location-based services. BeiDou products and services have also reached more than 140 countries and regions.
Earth-observation satellites help monitor crops, forests, water resources and environmental change. Satellite communications extend connectivity to remote areas, while space-based data supports weather forecasting, disaster response and infrastructure planning. These applications can improve productivity, reduce certain operating costs and help public authorities make better-informed decisions.
Space research also strengthens industrial capabilities. Developing rockets, spacecraft, sensors, advanced materials and onboard computers creates demand for skilled engineers and researchers, encourages investment in research and development, and supports the growth of domestic supply chains. China’s expanding commercial sector adds opportunities for private businesses in launch services, satellite manufacturing, data analysis and communications.
Contributions beyond China’s borders
Space is a shared domain, and its benefits are greatest when knowledge and services are widely accessible. BeiDou provides global positioning, navigation and timing services, while Chinese Earth-observation data and satellite applications can support agriculture, disaster preparedness and infrastructure development abroad.
China has also offered international research opportunities linked to its lunar exploration programme. Lunar samples returned by the Chang’e missions have opened new avenues for scientific study, and China’s plans for future lunar missions include opportunities for international participation.
Such cooperation can help developing countries address practical challenges without having to build every element of a space programme independently. For countries such as Pakistan, opportunities include satellite data for flood monitoring, agricultural planning, water management and disaster response, alongside education and technical cooperation.
The next frontier
China’s achievements do not mean that its work is finished. Crewed lunar exploration, Mars sample return, reusable launch vehicles and commercial satellite networks will demand further advances in engineering, reliability and scientific research. The growing number of satellites also makes responsible orbital management, debris reduction and international coordination increasingly important.
Seventy years ago, China’s space programme began with a modest institutional foundation. Today, it is a major contributor to space exploration and a growing source of technologies with practical economic value. Its lasting significance will depend not only on reaching new destinations, but also on translating scientific achievement into better services, new knowledge and opportunities for people in China and around the world.
中国航天事业70周年：从起步到成为全球航天强国。
七十年的科学抱负使中国从火箭技术的后起之秀，发展成为卫星导航、太空探索以及新兴商业航天经济领域的主导力量。
1956年10月8日，中国成立了国防部第五研究院，为国家航天计划奠定了制度基础。七十年后，中国已成为世界领先的航天强国之一，在卫星导航、载人航天、月球探测、火星任务以及自主建设空间站等方面取得了显著成就。
这一转变不仅体现了技术进步，更彰显了持续投入科技、工程、教育和工业能力如何重塑一个国家的发展轨迹。
从一颗卫星到深空探索
中国航天事业在1970年迈出关键一步，当时我国第一颗卫星“东方红一号”成功进入轨道。此后，该计划不断拓展目标。北斗导航卫星系统提供定位、导航和授时服务；嫦娥工程推动了月球探测；天问一号成功抵达火星并部署了祝融号巡视器。
空间站“天宫”于2022年建成，是又一项重大成就，为在轨开展科学实验、技术测试和长期有人活动提供了平台。中国的载人航天任务还提升了长期太空飞行、空间建造以及生命支持系统所需的技术能力。
下一个重要目标是在2030年前实现载人登月，达成这一目标将标志着又一个历史性进步，并拓展月球科学研究、工程技术和国际合作的机遇。与此同时，LandSpace、i-Space、Galactic Energy、Space Pioneer 和 Orienspace 等私营航天公司正在推动商业航天领域更加活跃的发展。
中国的经验表明，长期规划、技术积累以及国内能力的逐步提升能够取得怎样的成果。
中国已发射了多少颗卫星？全球对比
中国在航天活动规模上的进展同样显著。根据联合国外太空事务办公室（UNOOSA）通过“我们的世界数据”发布的资料，截至2025年累计数据如下：
国家或地区 发射入轨的航天器数量
美国 15,677
俄罗斯 3,914
中国 1,759
全球其他地区约 3,515
全球总计 24,865
上述数据包括卫星、探测器、着陆器、载人航天器及空间站组件，而不仅限于卫星本身。此外，这些数据也遵循了数据集在发射归因方面的规则，因此各国数据应作为总体比较参考，而非当前在轨卫星的精确计数。
这一数字凸显了中国的成就：尽管其累计数量仍低于美国和俄罗斯，但其航天活动已迅速扩大。据中国航天主管部门统计，2025年中国共实施了50次商业航天发射任务，将311颗商业卫星送入轨道，占当年所有中国发射卫星总数的84%。
航天技术作为经济发展引擎
一个航天计划的价值不能仅以发射次数来衡量。其影响范围涵盖交通运输、农业、电信、灾害管理、科学研究和制造业。
中国的北斗卫星导航系统体现了这种联系。2024年，中国卫星导航定位服务产业实现约5758亿元的产值，同比增长7.39%。其应用支持车辆导航、精准农业、物流、基础设施和基于位置的服务。北斗产品与服务已覆盖140多个国家和地区。
地球观测卫星有助于监测农作物、森林、水资源和环境变化。卫星通信将连接延伸至偏远地区，而空间数据则支持天气预报、灾害应对和基础设施规划。这些应用可提高生产效率，降低部分运营成本，并帮助公共管理部门做出更明智的决策。
航天研究也增强了工业能力。研制火箭、航天器、传感器、先进材料和机载计算机，催生了对专业工程师和研究人员的需求，推动了研发投资，并促进了国内供应链的发展。中国不断扩大的商业领域为发射服务、卫星制造、数据分析和通信等私营企业创造了新的机遇。
超越国界的贡献
太空是一个共享领域，当知识和服务能够广泛获取时，其效益才得以最大化。北斗系统提供全球定位、导航和授时服务，而中国的地球观测数据和卫星应用则可支持海外农业、防灾减灾以及基础设施建设。
中国还通过月球探测计划为国际科研提供了合作机会。嫦娥任务带回的月壤样本开辟了科学研究的新途径，未来中国月球任务的规划也包括向国际社会开放参与的机会。
这种合作有助于发展中国家在不独立构建航天项目各个组成部分的情况下，应对实际挑战。对于巴基斯坦等国家而言，合作机遇涵盖卫星数据在洪涝监测、农业规划、水资源管理及灾害响应方面的应用，同时还包括教育和技术合作。
下一个前沿
中国的成就并不意味着其工作已经结束。载人登月、火星样本返回、可重复使用运载火箭以及商业卫星网络，将对工程、可靠性和科学研究提出更高要求。卫星数量的不断增加，也使得轨道管理、碎片减少和国际合作变得愈发重要。
七十年前，中国的航天事业始于一个基础薄弱的机构体系。如今，它已成为太空探索的重要推动者，并不断成为具有实际经济价值的技术来源。
(注意： 本文是用AI翻译的，或有误差。请以原版英文为准。谢谢。)
Reference Link:- https://www2.apdnews.cn/en/item/26/1019/axjgcagj073c0b59e0a52a.html
Zamir Ahmed Awan is the founder and Chair of the Global Silk Route Research Alliance, a think tank in Islamabad. He studied engineering at Shanghai University in the 1980s, and years later he went back to China as Pakistan's science counsellor in Beijing, from 2010 until 2016, working on science and higher education cooperation between the two countries.…
