
When you buy through links on our articles, Future and its syndication partners may earn a commission.
NASA's first human moon mission in 50-plus years is ready for liftoff, and you can watch it leave Earth live.
Artemis 2 will launch four astronauts for a round-the-moon mission no earlier than April 1 at 6:24 p.m. EDT (2224 GMT). You can watch it live here at Space.com, courtesy of NASA; coverage will begin at 12:50 p.m. EDT (1650 GMT).
The mission will initially rocket to low Earth orbit from NASA's Kennedy Space Center in Florida, carrying NASA's Reid Williams (commander), Victor Glover (pilot) and Christina Koch (mission specialist), along with mission specialist Jeremy Hansen of the Canadian Space Agency (CSA).
If all goes to plan, about 24 hours after launch, the Orion capsule carrying those astronauts will conduct a crucial "trans-lunar injection" burn, which will send them to the moon — a realm no humans have visited since 1972.
Artemis 2 will serve as the first crewed checkout of the Space Launch System rocket (which flew once before with the uncrewed Artemis 1, in 2022) and the Orion spacecraft (which also flew uncrewed twice: to Earth orbit aboard a United Launch Alliance Delta IV rocket in 2014 and to lunar orbit on Artemis 1).
Both NASA and the CSA have said they plan to have a multimedia experience following the astronauts. Exterior cameras from Orion will aim to send back live footage 24/7 for much of the mission, although the image may be slightly degraded, depending on distance and data traffic.
Additionally, the astronauts should publicly be in contact with Earth about once a day or so. Exact timing on news conferences and other events hasn't yet been confirmed, as that will depend on how the mission is going. We will carry these events live on Space.com as they happen.
The highlight of the mission will likely be the few-hour period when Artemis 2 flies around the back side of the moon, at a distance as close as 5,000 miles (8,000 kilometers). The moon will be roughly the size of a basketball in the view of the astronauts, who will examine its surface for color, lighting, rock types and other features.
The astronauts also aim to do science on themselves en route, to see how their bodies behave in microgravity while operating in a higher-radiation environment than the International Space Station. And speaking of the ISS: There may even be a ship-to-ship call between the station and Artemis 2's Orion, which Space.com will also carry if and when the event takes place.
Following a roughly 10-day journey, Artemis 2 aims to splash down off the coast of San Diego. NASA has not yet released the timing of this event and the subsequent recovery of Orion, which will be conducted alongside the U.S. Navy, but live video is expected to be available from NASA.
All mission events are subject to change, to an even greater extent than ISS missions, because Artemis 2 is developing procedures and systems for the wider Artemis program. Space.com's Artemis 2 live blog will provide constant coverage of mission events as they happen, so that you can stay up to date that way as well.
LATEST POSTS
- 1
Becoming the best at Discussion: Individual Procedures - 2
These four astronauts could soon travel farther from Earth than anyone has gone before - 3
Faulty glucose monitors linked to 7 deaths and more than 700 injuries, FDA warns - 4
Israel Police decry online defamation campaign against female officer in Jerusalem - 5
The 15 Best Business visionaries Under 40
Step by step instructions to Explore Assessment Ramifications of Disc Rates
Whale stranded off Germany for days found stuck again
Many European nations want Israel to cancel 19 new settlement plans
The Way to Business: Startup Illustrations Learned
Palestinian leader Abbas says elections only after Gaza war ends
The Fate of Mechanical technology: 5 Headways Forming Tomorrow
Italy Brings In New Measures In 2026 To Tackle Overtourism
Manual for Tracking down Spending plan Agreeable Travel Objections
Carrying on with a Sans plastic Way of life: Individual Examinations in Maintainability













