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The satellite Khalifa Sat, the first satellite to be manufactured with expertise and hands 100% local, will be launched in orbit by the United Arab Emirates Monday, October 29, paving the way for a full manufacturing. Towards 9 satellites, which constitutes a very advanced step in achieving its stated goal of launching 12 satellites by 2020 and make the space sector one of the most important economic and investment sectors. United Arab Emirates.
Khalifa Sat is a highly sophisticated technology icon with five patents, the first satellite to be developed in clean rooms in the space technology laboratories of the Mohammed Bin Rashid Space Center.
Once Khalifa Sat enters low Earth orbit at approximately 613 km altitude, the satellite begins capturing satellite images and sending them to the ground control station of the Mohammed Bin Rashid Space Center to meet the needs. government and business institutions around the world.
Its image should be used in various town planning plans, allowing for better spatial planning and infrastructure in the UAE, contributing to the creation of detailed maps of the areas to be studied and the follow-up of major engineering projects and projects. of construction.
The event, which will be watched live by millions of people around the world, is an exceptional event in which the UAE will go down in history by creating the first satellite with 100% local expertise and support, launching a new phase of development and development at all levels.
The success of the Khalifa Sat experiment will help turn the United Arab Emirates transformation into a regional center for research and space projects. Moon's 70-member manufacturing team is a young Emirati national. 27 to 28 years old. Promises to achieve more achievements in this young sector.
The Khalifa Sat has a length of two meters and a weight of 330 kg. It is distinguished from the rest of the world's satellites and retains the same capabilities as other larger, more expensive and more complex satellites, and has a sophisticated imaging system. Precision can achieve resolution up to 70 cm at 600 km above the surface of the globe.
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