Odysseus Space craft Landed On Moon-24

Odysseus Space Craft Landed On Moon

The Odysseus lunar lander, also known as “Odie” or IM-1, is the first spacecraft built in the United States to land on the moon in fifty years. Developer Intuitive Machines reports that Odie is standing erect and transmitting data.

To execute the extremely challenging landing, engineers had to solve navigational problems. Following a nervous wait, AS Odysseus Space craft Landed On Moon mission control was able to address some connectivity issues, and soon the lander should be sending back its first photographs from the surface.

The first commercial spaceship to touch down on the moon was Odie. This significant event follows last month’s unsuccessful US lunar landing effort.

The goal of NASA’s Odysseus lander mission is to evaluate the lunar environment at the moon’s south pole before a crewed mission is scheduled to return there in late 2026.

Odysseus’s own system was not functioning quite as planned.

On the rover known as “Odie,” however, there are six NASA payloads, one of which is a Lidar. Scientists are working to patch the NASA Lidar to the spacecraft’s control system, according to Nelson.

Following an extended period of anticipation, Intuitive Machines, the organization responsible for the Odysseus lunar landing mission, has verified that the spacecraft is “upright and starting to send data.”

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The spaceship is about to begin an 11-minute engine burn. Before touchdown, this is one of the final benchmarks.

Despite the lack of functionality of the vehicle’s sensors, or rangefinders, the decision was made to swoop in for a landing. Reprogramming Odysseus to rely on an experimental NASA payload—the Navigation Doppler Lidar—on board allowed teams on the ground to troubleshoot the problem.

Aiming to apply the brakes for a soft landing at 6:24 p.m. ET, the lander will slow down by roughly 1,800 meters per second during this burn.

The spacecraft is completely on its own from this point on, and communication with it won’t resume until landing.

Odysseus may have a greater chance of landing upright than even Japan’s SLIM “Moon Sniper” project. After SLIM made a smooth landing, it was declared a success. However, it was later discovered that the spacecraft’s solar panels were directed in the incorrect direction, which resulted in a rapid loss of power.

“Your order was delivered… to the Moon!” was the message NASA shared on social media in response to the moon expedition.

At 6:23 p.m. ET (2323 UTC), the unmanned lunar lander of (Intutive Machines) touched down, enabling NASA science to conduct research on the Moon.

Since the Apollo 17 mission in 1972, Odysseus is the first vehicle to land on the moon. It was launched from the United States.

On Thursday night, mission controllers from Houston-based Intuitive Machines—the company that created the robotic explorer—verified that the lander had made it to the lunar surface.

Before making its last, dangerous approach to the lunar surface, the unmanned spacecraft traveled hundreds of thousands of miles from its Florida launch location at NASA’s Kennedy Space Center to the moon.

The engine is “nominal,” or operating as intended in aerospace jargon, according to the webcast that was just released.

The spaceship is operating independently.

There may be some wiggle space, but the estimated landing time is 6:24 p.m. ET.

According to the livestream, we could find out whether Odysseus made a safe touchdown right then and there, or it might take a few minutes.

The CEO of the business that is making an effort to land a spacecraft on the moon on Thursday stated that some rivalry with China is healthy.

The space competition between the United States and the Soviet Union led to the creation of the Apollo program almost fifty years ago. With a robotic explorer, the US plans to return to the moon and stay there for a while.

The Odysseus spacecraft is intended to arrive close to the moon’s South Pole, a location that both China and the US desire for the establishment of a moon base.

This new form of space race is what will drive advancement, according to Stephen Altemus, CEO of Intuitive Machines, who spoke with CNN on Thursday.