As part of China’s next lunar mission, Chang’e 6, which is scheduled for the first week of May, Pakistan is preparing to launch its CubeSat satellite into space.
The satellite, called ICUBE-Qamar (ICUBE-Q), is the product of collaboration between the Shanghai Jiao Tong University (SJTU) of China, the Asia Pacific Space Cooperation Organisation (APSCO), the Pakistan Space and Upper Atmosphere Research Commission (SUPARCO), and the Institute of Space Technology (IST) of Pakistan.
Collecting samples from the far side of the Moon is the primary objective of the Chang’e 6 mission. Along with contributions from France, Italy, and the European Space Agency, Pakistan’s CubeSat will be one of several payloads on the mission.
Through this partnership, Pakistan is showcasing its expanding involvement in space exploration, which goes beyond CubeSats to include more sophisticated projects.
For instance, Pakistan is investigating possible partnerships to take part in China’s Tiangong space station and lunar base, which are situated on the South Pole, as well as research on ecologically friendly seeds.
- ICUBE-Q Cubesat:
As part of China’s Chang’e-6 mission, which is scheduled for launch in 2025, the ICUBE-Q cubesat will go to the moon’s far side.
Pakistan’s commitment to lunar exploration and science is symbolised by this tiny satellite.
With China’s International Lunar Research Station (ILRS), Pakistan is working towards a number of scientific objectives with its moon mission. The following are some primary goals:
- Lunar Surface Exploration:
The mission’s goal is to investigate the lunar surface by looking at its topography, geology, and composition. This information will advance our knowledge of the origins and evolution of the moon.
- Sample Collection:
Pakistan’s expedition to the moon aims to gather samples, just as previous lunar missions. These samples will offer insightful information on the moon’s geological processes, origin, and relationship to Earth.
- Lunar Regolith Analysis:
To learn more about the chemical makeup, mineralogy, and isotopic ratios of the lunar regolith, or soil, scientists will conduct an analysis. We can learn more about the moon’s creation and relationship to the solar system with the use of this information.
- Study of the Radiation Environment:
The mission will evaluate the radiation environment on the moon. For the purpose of organising manned lunar and other expeditions in the future, it is essential to comprehend radiation levels.
- Technological Exhibition:
Pakistan wants to use space exploration to showcase its technological prowess. Testing tools, communication networks, and other technologies pertinent to lunar missions fall under this category.
- Collaborative Research: Pakistan will work with other nations and organisations by taking part in the ILRS initiative. In lunar research, this promotes global collaboration and knowledge exchange.
Every mission in space exploration advances our common knowledge of the universe. The moon mission from Pakistan is a thrilling advancement
Seeing nations like Pakistan actively involved in space missions and adding to our knowledge of the moon and beyond is encouraging!