#esa

#esa

Space agencies prepare for spacecraft rendezvous with asteroid Apophis in 2029 for historic close encounter.

Studying asteroid Apophis could provide insights on deflecting deadly asteroids in the future.

John McFall is the first disabled astronaut, currently involved in ESA's studies to test the feasibility of long-duration space missions.

Lego bricks made from meteorite dust showcased at Lego stores, serving as a concept for building lunar structures from moon materials.

BepiColombo's recent flyby of Mercury provides crucial data, enhancing understanding of the inner solar system's evolution before its main mission begins in 2026.

Vega C's launch is critical for ESA's satellite operations, especially after losing Sentinel-1B and facing delays with Ariane 6.

The successful launch of Sentinel-2C marks the end of the Vega rocket program, prompting a need for the upcoming Vega-C.

Arianespace's Vega-C rocket successfully returned to flight with Sentinel-1C after previous failures, ensuring continued services for ESA's Copernicus program.

Arianespace's Vega C launch is delayed due to a mechanical issue with the mobile gantry, rescheduled for December 5.

The first metal part was printed in space, aiding future long-term space missions with on-demand manufacturing capabilities.

Scientists at ESA are 3D printing LEGO-like bricks using meteorite dust for potential moon construction materials in the Artemis program.

The ESA has successfully 3D printed the first metal part on the ISS, enhancing space manufacturing capabilities beyond plastic.

The project explores sustainable practices, including recycling space debris to utilize as materials for 3D printing.

BepiColombo will flyby Mercury closer than originally planned due to thruster issues, delaying arrival until November 2026.

Thruster problems with BepiColombo's Solar Electric Propulsion system could impact mission trajectory and Mercury orbit insertion.

A $800 million space telescope, Gaia, was damaged by tiny space debris, impacting sensors and protective cover. Challenges persist despite efforts to mitigate failures.

The annual risk of a human being injured by space debris is extremely low, at 1 in 100 billion.

ESA's ERS-2 satellite, launched in 1995, is expected to reenter Earth's atmosphere over the Pacific Ocean without posing any danger.

Space junk from ERS-2 satellite reentering Earth's atmosphere, with small chance of impact on ground

Satellite debris expected to burn up in atmosphere with only small fragments reaching Earth

Decommissioned ERS-2 satellite reentered Earth's atmosphere

Satellite's uncertain reentry and lack of confirmation until afternoon