NASA's Orion Capsule Splashes Down: How To Watch Live
NASAs Orion Capsule Splashes Down: How To Watch Live...
NASA's Orion spacecraft is set to splash down in the Pacific Ocean today, marking the dramatic conclusion of its uncrewed Artemis I mission. The event, scheduled for 12:39 p.m. ET, is drawing widespread attention as a critical milestone in America's return to lunar exploration.
The splashdown is trending as millions tune in to witness NASA's first deep-space capsule return since the Apollo era. The mission tests technologies needed to send astronauts back to the Moon, with the next crewed Artemis flight planned for 2024.
Viewers can watch live coverage on NASA Television, the agency's website, and YouTube channel starting at 11 a.m. ET. Major networks including CNN and Fox News are also carrying the event, while SpaceX's recovery ship stands by near the landing zone off Baja California.
The 25-day mission saw Orion travel 1.4 million miles, including a record-breaking 40,000-mile orbit beyond the Moon. Today's reentry will test the capsule's heat shield at 5,000°F temperatures - a crucial safety demonstration for future crews.
NASA officials emphasized the splashdown's importance during a Saturday briefing. "This is our priority one objective," said mission manager Mike Sarafin. Successful recovery would clear the way for Artemis II, which will carry astronauts around the Moon.
Social media platforms are buzzing with #Artemis hashtags as schools, museums, and space enthusiasts organize watch parties. The USS Portland will assist in retrieving the capsule, which contains mannequins wired with radiation and vibration sensors.
Today's event caps a year of major NASA milestones, including the James Webb telescope deployment and DART asteroid impact. With Artemis, the agency aims to land the first woman and person of color on the lunar surface by 2025.
Viewers should note that weather conditions could delay the splashdown by up to two hours. NASA will provide real-time updates via its @NASA_Orion Twitter account throughout the descent.