Instinctive Machines’ Nova-C lunar lander, Odysseus, took off on February 15 and is set to land on the 22nd.
All set to impact the world forever as the principal private lunar lander, Natural Machines’ Odysseus rocket is scheduled to arrive on the Moon securely on Thursday, February 22. Following a 50-year jump, NASA has confident plans of coming to the Moon once more.
Through the approaching together of the two universes of the Business Lunar Payload Administrations (CLPS) drive and Artemis crusade, Natural Machines’ most memorable mission to the Moon took off on a SpaceX Bird of prey 9 rocket from the Kennedy Space Center in Florida. Odysseus will connect the between NASA science and the Moon as it will concentrate on a scope of communications on the lunar surface when it lands on the South Pole district close to Malapert An on February 22.
In the event that you’re considering the way in which you could be a piece of this memorable second, as well, then look no further, as NASA carries this accomplishment nearer to you all things being equal.
https://t.co/7U0WfJG56b pic.twitter.com/9JXBdD4y6K
— NASA (@NASA) February 22, 2024
How and When to Watch Natural Machines’ Odysseus Moon Lander
The Odysseus moon lander, a joint venture between NASA and Houston-based private company Instinctive Machines, will be making its historic arrival on the lunar surface. If you’re eager to witness this event, here’s how and when you can catch it live.
When to Watch:
The live coverage of the Odysseus arrival will be streamed on NASA’s YouTube channel on Thursday, February 22. The main features are expected to begin at 4:15 pm EST, with the actual interaction with the lunar surface scheduled for around 5:49 pm EST.
However, NASA has indicated that the arrival window is more likely to occur at 5:30 pm EST. You can also tune in to the event via the NASA website and the IM-1 Mission webpage.
What to Expect from the Mission (IM-1):
The IM-1 mission aims to provide new insights into the Moon’s environment to support future manned missions as part of the Artemis program. Some of the key objectives include:
1. Collecting ice for drinking water and rocket fuel.
2. Studying the lunar surface and its interaction with spacecraft engine exhaust.
3. Investigating space weather-lunar surface interactions.
4. Conducting radio astronomy.
5. Testing precision landing technologies.
6. Developing communication and navigation systems for future autonomous missions.
The Landing Process:
The hexagon-shaped autonomous lander will be guided by flight controllers to ensure a precise touchdown on the lunar surface. An “EagleCam” onboard the lander will capture images of the landing process, providing valuable insights into the landing dynamics.
This mission follows a previous attempt by Astrobotic Peregrine Mission 1, which unfortunately failed to achieve its landing objectives.
Stay tuned to witness this groundbreaking event as humanity takes another step towards exploring and understanding our celestial neighbor, the Moon.
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