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ESA to Launch DRACO Satellite in 2027 to Study Satellite Reentry Disintegration

ESA to Launch DRACO Satellite in 2027 to Investigate the Disintegration of Satellites Upon Reentry, Aiming to Enhance Space Safety and Understand Atmospheric Reentry Dynamics

ESA's DRACO Mission: Launching in 2027 to Investigate Satellite Reentry
ESA's DRACO Mission: Launching in 2027 to Investigate Satellite Reentry

The European Space Agency (ESA) has announced an ambitious plan to launch the DRACO (Destructive Reentry Assessment Container Object) satellite in 2027. This groundbreaking mission aims to investigate the disintegration of satellites during their reentry into Earth’s atmosphere. By gathering crucial data on how satellites break apart, the DRACO mission seeks to inform future satellite designs that minimize space debris, contributing to ESA’s broader Zero Debris initiative.

Objectives of the DRACO Mission

The primary goal of the DRACO mission is to collect detailed data on the disintegration process of satellites as they reenter the atmosphere. By understanding how materials behave under extreme conditions, scientists hope to develop more effective strategies for designing satellites that burn up completely upon reentry, thus reducing the risk of debris impacting Earth.

Weighing approximately 200 kilograms and roughly the size of a washing machine, DRACO will be equipped with a specialized capsule designed to survive reentry. This capsule will contain four cameras and 200 sensors that will capture vital information during the satellite’s destructive descent. After reentry, it will deploy a parachute and transmit its findings before splashing down into the ocean.

Addressing the Space Debris Challenge

As the number of satellites in orbit continues to rise, space debris has become an increasingly pressing issue. The DRACO mission is part of ESA’s Zero Debris initiative, which aims to eliminate the creation of additional space debris by 2030. By studying reentry dynamics, ESA hopes to pave the way for sustainable satellite practices and mitigate risks associated with space junk.

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The insights gained from the DRACO mission are expected to play a crucial role in shaping future satellite designs. ESA officials emphasize that understanding the reentry process will help calibrate existing models and guide the development of next-generation satellites that are safer for both space operations and Earth’s environment. As global satellite launches increase, initiatives like DRACO are essential for ensuring a sustainable future in space exploration.

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Written by Rishika Shahi

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