The Pakistan-China relationship is often discussed in terms of familiar tropes: military co-operation, diplomatic exchanges, and the commercial considerations of CPEC. Yet another critical element of this relationship is unfolding outside the atmosphere, in a decisive yet subtle manner. The development of Pakistan-China space and high-tech co-operation is no longer an obscure scientific exercise; it is now a relationship in the process of institutionalization that will have future implications for Pakistan’s growth and China’s role in the future global high-tech economy.
Pakistan’s successful launch of the EO-3 Earth observation satellite from China’s Taiyuan Satellite Launch Centre in April 2026 was not merely a scientific achievement. It marked the formalization of a partnership between the Pakistani Space and Upper Atmosphere Research Commission (SUPARCO) and Chinese space agencies that has gone from short-term satellite launches to a broad-based strategic partnership. In a region where technological power drives geopolitics, Pakistan’s role in China’s emerging “Space Silk Road” is a critical recalibration of national and regional power.
At the institutional level, Pakistan-China space cooperation is increasingly formalized through intergovernmental agreements for long-term space cooperation, like the 2021-2030 Space Cooperation Outline, followed by action plans until 2029. It implies that the relationship is not premised on political posturing or one-off scientific initiatives. It is being institutionalised as a long-term feature of bilateral relations, just as infrastructure connectivity is factored into the Belt and Road Initiative (BRI) approach – complementing infrastructure with technology dependency and integration.
The 2025-2026 partnership indicates it is in fast-track mode. The growth of Pakistan’s satellite sector, particularly in remote sensing and hyperspectral technologies, reflects Islamabad’s shift from a launch customer to a satellite customer. While Pakistan remains part of China’s technological ecosystem, it is increasingly engaged in semi-autonomous development across mission management, ground station integration, and operations. Indeed, China is not only playing an enabling strategic role but also an infrastructural one, offering launch services, orbital integration, technical support, and access to cutting-edge payload ecosystems.
The value of this collaboration lies in its application focus; it is highly valuable for Pakistan in agriculture, water resource management, climate change, forestry, and urban development. A country facing water scarcity, frequent flooding, urban expansion, and food security issues. Remote sensing is becoming a means of governance, land-use classification, crop yield forecasting, and tracking environmental degradation, offering Pakistan valuable scientific understanding and improved government management.
This is also China’s tech diplomacy for space cooperation, which is increasingly stressing affordable and flexible space systems for developing nations. China no longer sells cutting-edge technology, but whole technology systems – satellites, ground stations, training, and data centres. Pakistan becomes a beneficiary and laboratory, showing that China can indeed succeed in its space diplomacy in the Global South.
But most importantly, China and Pakistan are taking their cooperation into space. The agreement signed in 2025 between SUPARCO and the China Manned Space Agency, and the announcement of Pakistani astronauts in 2026, are milestones. This is more than cooptation. It is part of China’s efforts to internationalize its Tiangong space station project and forge an alternative international space governance model to the Western-dominated space institutions.
In an international system of institutional space governance centred primarily around the United States and its allies through existing space governance frameworks like NASA and the International Space Station, China has sought to create a different narrative. Pakistan’s role in China’s human space program not only raises Pakistan’s profile on the international stage but also helps China’s quest to position itself as the hub of non-Western space programs. Two Pakistani astronauts on a Tiangong mission will be the nation’s first space mission, and it will also be a geopolitical gesture towards realignment in space governance.
Looking beyond Low Earth Orbit (LEO), the possibility of Pakistani contributions to China’s lunar missions is indicative of an even longer-term alignment. China’s Chang’e lunar exploration and its deep-space aspirations are increasingly being internationalized. The Pakistani report on a 2035 lunar mission suggests that Chinese technological mentorship is not limited to Pakistan’s technological capacities but also to its strategic ones. This is significant in foreign relations: the ability to shape the strategic technological outlook of another country is an element of power beyond diplomacy.
The geopolitical implications of the partnership can be seen through the technological polarisation of the global system. With China and the West vying for power, the technological landscape – particularly in space, artificial intelligence, semiconductors and cyber – is polarised. This is because China has been shut out of many Western space initiatives and is therefore seeking new partners, including Pakistan. Space cooperation is therefore not just scientific, but also geopolitical in an alternative world.
This is reflected in the inclusion of space cooperation in the CPEC eco-system. CPEC is typically seen as roads, ports, and power points, but the future is digital. Satellites can be used for communication, positioning, remote sensing, and geo-intelligence services to support logistics, border security, disaster risk mitigation, and infrastructure planning. Satellites create better connections. Space is the invisible infrastructure of economic belts, and the space-enabled Chinese model of economic connectivity may have a long-term positive impact on Pakistan’s growth.
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