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Wednesday June 19, 2024

Pakistan's lunar mission all set to be launched on Friday

Chang’6 will touch down on moon’s far side to collect samples from the surface and return to earth for research

By APP
April 30, 2024
Satellite ICUBE-Q has been designed and developed by IST in collaboration with China’s Shanghai University SJTU and Pakistan’s national space agency Suparco. — X/@CathayPak/File
Satellite ICUBE-Q has been designed and developed by IST in collaboration with China’s Shanghai University SJTU and Pakistan’s national space agency Suparco. — X/@CathayPak/File 

ISLAMABAD: Pakistan’s historic lunar mission (ICUBE-Q) is set to be launched on Friday (May 3) on board China’s Chang’E6 from Hainan.

According to the Institute of Space Technology (IST), the satellite ICUBE-Q has been designed and developed by the institute in collaboration with China’s Shanghai University SJTU and Pakistan’s national space agency Suparco.

ICUBE-Q orbiter carries two optical cameras to image the lunar surface. Following successful qualification and testing, ICUBE-Q has now been integrated with the Chang’e6 mission. Chang’e6 is the sixth in a series of China’s lunar exploration missions.

Pakistan’s lunar mission will be launched on March 3, 2024. — X/ @CathayPak/File
Pakistan’s lunar mission will be launched on March 3, 2024. — X/ @CathayPak/File 

Chang’6, China’s Lunar Mission will touch down on the moon’s far side to collect samples from the surface and return to earth for research.

The mission holds significance for Pakistan as it will also take a Pakistan CubeSat Satellite iCube-Q, developed by IST.

CubeSats are miniature satellites typically characterised by their small size and standardised design. They are constructed in a cubic shape, consisting of modular components that adhere to specific size constraints.

These satellites often weigh no more than a few kilograms and are deployed in space for various purposes.

The primary purpose of CubeSats is to facilitate scientific research, technology development, and educational initiatives in space exploration. These satellites are utilised for a wide range of missions, including earth observations, remote sensing, atmospheric research, communications, astronomy, and technology demonstration.

Due to their compact size and relatively low cost compared to traditional satellites, CubeSats offer opportunities for universities, research institutions, and commercial entities to participate in space missions and gather valuable data for scientific advancement and innovation.

They serve as platforms for testing new technologies and concepts, enabling access to space for a broader range of users and promoting collaboration within the space community.