Beyond the Karman Line: Pakistan’s Astronaut Selection and the Strategic Imperative of Space

The news that two Pakistani astronauts, Muhammad Zeeshan Ali and Khurram Daud, are set to train for a possible mission to the Tiangong Space Station by China goes well beyond being simply an important milestone in bilateral diplomacy. Rather, it is the end point of years of scientific endeavor, a symbol of the tenacity of institutions, and a message to the world at large that Pakistan has made it into a player in the new age of manned spaceflight. To a country which sent its first sounding rocket called Rehbar-I from the Sonmiani Rocket Range in Balochistan, merely months after SUPARCO came into existence as a result of the vision of the Noble Laureate Dr. Abdus Salam, this comes as the natural progression of a legacy of space achievements.

A Legacy Reclaimed: SUPARCO and Pakistan’s Space Heritage

It is essential to situate this development within the historical context of Pakistan’s space programme. Pakistan was among the first ten countries in the world to establish a dedicated space agency, predating the space programmes of regional peers. SUPARCO’s founding in 1961 made Pakistan one of Asia’s earliest spacefaring nations.

Pakistani space endeavors have seen an amazing revival over the last three years. The most recent milestone was the launch of iCube-Qamar on board China’s Chang’e-6 moon mission in May 2024. With this mission, Pakistan became the sixth nation in the world to successfully place its scientific satellite in the Moon’s orbit. The 7 kg CubeSat was built by the Institute of Space Technology, Islamabad, in collaboration with SUPARCO and China’s Shanghai Jiao Tong University. This achievement was immediately followed by the launch of PakSAT-MM1 in May 2024, a powerful communication satellite designed to eliminate Pakistan’s digital divide and develop infrastructure for future telecommunications, including 5G technology. In January 2025, SUPARCO successfully deployed EO-1, Pakistan’s first completely domestically designed electro-optical satellite, which marked an important step towards technological independence of Pakistan’s space industry. Finally, PRSS-2, a satellite greatly expanding Pakistan’s remote sensing capabilities in agriculture, disaster management, and defense, was put into orbit in July 2025. In 2025 alone, Pakistan launched three remote sensing satellites, a record rate of activities in SUPARCO’s history.

This is not the output of a stagnant  agency. It is the output of an institution undergoing a genuine and measurable renaissance.

The Strategic Architecture of the China-Pakistan Space Partnership

The memorandum of understanding signed in February 2025 between CMSA and SUPARCO in Islamabad was the basis of the recruitment and training process of astronauts. Participation in the Chinese Tiangong programme on behalf of Pakistan can only be seen in the context of China’s attempt to internationalize its space station. This should be done in such a way that the station is not seen as another version of the ISS, but rather as a place where scientists from all around the world can conduct joint research.

The collaboration between China and Pakistan in space lies within the scope of the Asia-Pacific Space Cooperation Organization (APSCO). There is a mutually beneficial relationship between both countries as China has found a strategic partner in science and politics, while Pakistan is gaining access to training, technology, and prestige through this collaboration. The collaboration is of growing reciprocity based on the recent signing of an MoU for Pakistan’s own lunar rover to work alongside China’s Chang’e-8 moon mission in 2028. This will make Pakistan the eighth country to land a rover on the Moon.

Moreover, the recent National Space Policy of Pakistan of 2024 (NSPP-2024) is another indication of how seriously Islamabad takes its role in space governance today. This document mandates that SUPARCO lead efforts towards becoming self-sufficient in terms of space technology, develop collaborations between the public and private sectors, ensure that Pakistan’s space activities are consistent with the United Nations’ Sustainable Development Goals, and set up the Pakistan Space Activities Regulatory Board (PSARB).

The Astronaut Selection: Scientific Significance and National Symbolism

These two chosen candidates, namely Muhammad Zeeshan Ali and Khurram Daud, shall receive intensive training at the Astronaut Center of China (ACC) as reserve astronauts through the full evaluation course that Chinese astronauts undergo. After their training, either one out of these two will be selected as the payload specialist during the Tiangong crewed mission, and the projected time for launch should be sometime around late 2026. In case the aforementioned manned mission is accomplished, it would be for the first time ever that Pakistan, being the first Muslim majority country, sends an astronaut in space, and that too in crossing the Karman Line.

Scientific significance cannot be overlooked in this context. A payload specialist is not just some symbolic presence aboard the mission, but rather someone who conducts scientific experiments in fields such as medicine, material science, ecology, and physics. The knowledge and experience repatriated from such a mission will contribute meaningfully to Pakistan’s growing community of space scientists and engineers, catalysing domestic research across disciplines.

Space as a Development Instrument: Pakistan’s Practical Case

Criticism of investments in space technology in developing countries generally takes the usual approach of asking about priorities, and asking why funds should be spent in outer space rather than addressing problems on earth. Such an attitude creates a false choice between two options. Pakistan’s efforts in the space domain are certainly not an exercise of luxury detached from developmental priorities but are actually very much part of them. The work done by Pakistan Space and Upper Atmosphere Commission (SUPARCO) through their satellites has mapped up to 80 percent of Pakistan’s land surface, and has contributed to weather forecasting to minimize damage from cyclones and other natural phenomena.

This is no side benefit; it is a statement of core importance to the issues of food security, resilience to climate change, and good governance, all of which are central to Pakistan’s development vision. The Space Vision 2047 of Pakistan envisages the launch of five geostationary satellites and six Low Earth Orbit satellites, a rover to the moon, and astronaut training as part of its grand plans. It is an investment story built on scientific sovereignty in the country, something that no sovereign nation can ignore in this age of space-based technological advancement.

Pakistan’s Moment in Orbit

The selection of Muhammad Zeeshan Ali and Khurram Daud for astronaut training is not an anomaly; it is an inflection point. Pakistan did not arrive at this moment by accident. It arrived through the steady accumulation of scientific achievement, the careful cultivation of an indispensable strategic partnership with China, and the formulation of a national space policy that takes seriously the imperatives of the twenty-first century.

For a nation that in 1961 was among the world’s first to look upward, this is not a new beginning. It is a long-awaited return.