US moon lander lying sideways after dramatic touchdown

WASHINGTON: The first American spaceship to the Moon since the Apollo era is probably lying sideways following its dramatic landing, the company that built it said Friday, even as ground controllers work to download data and surface photos from the uncrewed robot.

The Odysseus spacecraft landed near the lunar south pole Thursday at 6:23 pm Eastern Time (2323 GMT), after a nailbiting final descent when ground teams had to switch to a backup guidance system and took several minutes to establish radio contact after the lander came to rest.

Intuitive Machines, the company behind this first-ever lunar landing by a private company, initially posted on social media that its hexagonal spaceship was upright, but CEO Steve Altemus told reporters on Friday that statement was based on misinterpreted data.

Instead, it appears that it caught a foot on the surface and tipped over, coming to rest horizontally with its top perched on a small rock— taking some shine off an accomplishment widely hailed as a historic achievement.

A Nasa probe called the Lunar

Reconnaissance Orbiter should be able to photograph Odysseus over the weekend, helping pinpoint its exact location.

Altemus said that while solar arrays were on the top-facing side, the team’s ability to download data from the science experiments on board was being hampered because of antennas facing downward that “are unusable for transmission back to Earth -- and so that really is a limiter in our ability to communicate and get the right data down so we get everything we need for the mission.”

Because of complications associated with the landing, a decision was taken not to shoot out an external camera to capture the descent as it happened, according to Embry-Riddle Aeronautical University.

But the team will still attempt to deploy it from the ground to try to obtain an outside image of Odysseus.

Odysseus is still considered the first success for a new fleet of Nasa-funded lunar landers designed to carry out science experiments that will pave the way for the return of American astronauts to the Moon later this decade.