The Peregrine spacecraft likely crashed into the atmosphere and burned up over the South Pacific Ocean after a failed lunar landing mission.
Peregrine lunar lander image of Earth as a crescent illuminated by the Sun. Photo: Astrobotic
The Peregrine spacecraft, launched by the private US company Astrobotic, was launched to the Moon on January 8 on a Vulcan Centaur rocket, but suffered a serious failure after separating from the booster. The failure caused a loss of fuel, making it impossible for the spacecraft to successfully land on the Moon.
In its latest update, Astrobotic announced on social network X that it lost contact with Peregrine at nearly 4 a.m. on January 19 (Hanoi time), indicating that the spacecraft made a controlled descent into the atmosphere over open waters of the South Pacific Ocean as predicted. However, Astrobotic also said that they will wait for further independent confirmation of Peregrine's fate from relevant government agencies.
Engineers had previously conducted several small engine fires to adjust Peregrine’s direction over the ocean to minimize the risk of debris hitting land. Astrobotic also posted a photo taken by the spacecraft on its final day, when it was between Earth and the Sun. In the photo, Earth appears as a crescent.
Peregrine spent more than 10 days in space, a mission that has attracted attention even as Astrobotic failed to become the first private company to successfully land on the moon. Peregrine also failed to become the first American spacecraft to successfully land on the moon since the Apollo program ended more than 50 years ago.
The Japan Aerospace Exploration Agency (JAXA)'s Moon Sniper or SLIM spacecraft, which will be launched in September 2023, will be the next to attempt a soft landing on the Moon. The landing is expected to take place around 10 p.m. on January 19 ( Hanoi time). If successful, Japan will become the fifth country to achieve this feat after the Soviet Union, the United States, China, and India.
Thu Thao (According to AFP )
Source link
Comment (0)