China’s Chang’e-6 Blasts Off From Moon’s Far Side With Rock Samples 

24.06.04 News

China’s Chang’e-6 Blasts Off From Moon’s Far Side With Rock Samples 

China’s Chang’e-6 spacecraft has collected 2 kilograms (or about 4.4 pounds) of lunar rocks and soil from the moon’s far side. The spacecraft lifted off on Tuesday and has begun its journey back to Earth. This marks the first time any spacecraft has accomplished this lunar soil extraction from the moon’s far side as China aims for a crewed mission to the lunar surface by 2030.

State-run media outlet Xinhua News Agency reports Chang’e-6 blasted off from the lunar surface on Tuesday morning and is expected to connect with an orbiter before returning rock samples to Earth. 

If the spacecraft does not burn up on the descent into Earth’s atmosphere, this would be the first time any space agency has collected samples from the moon’s far side. The spacecraft is expected to return to Earth on June 25. 

Xinhua described the mission as “an unprecedented feat in human lunar exploration history.” 

The spacecraft touched down on the lunar surface on Sunday. By Monday, a drill and robotic arm had been deployed to extract rock and soil samples. 

Stunning footage of the Chang’e 6 Lunar Lander Operating on the Moon.
Just released footage of the spacecraft collecting soil and rock samples from the Moon’s far side.

Ascent stage has already left the Moon with the collected samples, scheduled to return to Earth on June 25. pic.twitter.com/YyltuB2Yfy

— Toby Li (@tobyliiiiiiiiii) June 4, 2024

By Tuesday morning, the spacecraft blasted off from the lunar surface. 

🎥 First spacecraft taking off from the Moon’s far side goes to Chang’e-6 https://t.co/l2sX4Bfsus pic.twitter.com/Duel3j32Ep

— China ‘N Asia Spaceflight 🚀𝕏 🛰️ (@CNSpaceflight) June 4, 2024

The lunar samples collected by Chang’e-6 from the moon’s far side hold huge scientific value. They could potentially provide scientists worldwide with insights into the origins of our solar system. 
 

Tyler Durden
Tue, 06/04/2024 – 17:25

Share This Article

Choose Your Platform: Facebook Twitter Linkedin