Damac, the first artificial satellite to be launched into orbit by Russia's Soyuz spacecraft, has passed through data from its previous mission and recorded speeds that are much faster than those seen in other satellites.

The Damac spacecraft, which was launched on July 18, 2015, was part of the Soyuz MS-14 mission and was designed to collect data on the Earth's atmosphere for scientific research. The spacecraft was equipped with sensors that could measure temperature changes, pressure fluctuations, and humidity levels, among other parameters.

During its flight, the Damac spacecraft passed through several passes, each taking about 90 minutes to complete. At one point during the flight, it passed through data from its previous mission, which had been completed in less than 60 minutes. However, this new record speed is significantly faster than what was seen in other satellites.

One of the reasons for the higher speed of the Damac spacecraft is its design. The spacecraft was designed with a high-resolution camera system that can capture images at a resolution of up to 1 meter per pixel. This means that the spacecraft can capture more detailed information about the Earth's atmosphere, including details such as temperature variations and moisture levels.

Another factor that contributed to the higher speed of the Damac spacecraft is its use of a unique propulsion system. Unlike other satellites, the Damac spacecraft uses liquid hydrogen instead of liquid oxygen as its primary propellant. This means that it can burn fuel more efficiently and produce less heat, resulting in a lower operational cost.

Overall, the higher speed of the Damac spacecraft is a testament to the capabilities of Russian space technology and its dedication to scientific exploration. As the Damac spacecraft continues to perform its missions, we can expect to see further advancements in our understanding of the Earth's atmosphere and its role in climate change.

• Data
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• Damac
• Amrabat