Where to stream

NASA has scheduled splashdown coverage on NASA+ and Amazon Prime Video, the same platforms that carried the April 1 launch and lunar flyby. NASA+ is free and accessible via browser, the NASA app, and most smart TV platforms. Confirm your preferred setup is working before the broadcast begins, not during it.

NASA's YouTube channel carries continuous 24/7 mission coverage and keeps streaming after event-specific NASA+ broadcasts wrap, per the Artemis blog. If the primary stream drops or you arrive late, YouTube is the reliable fallback.

The three times that matter

• 6:30 p.m. ET NASA+ coverage of the crew's return to Earth begins, carrying reentry preparation through splashdown and initial recovery, per NASA's coverage schedule.
• 8:06 p.m. ET Splashdown in the Pacific Ocean. NASA's published schedule lists 8:06 p.m. in one document and 8:07 p.m. in another, per the same schedule. Treat 8:06 p.m. as the target; a few minutes of slippage is routine for a capsule return.
• 10:35 p.m. ET Post-splashdown news conference at NASA Johnson, per NASA. More on why this one matters at the end.

How long to stay tuned

Depends on what you're after.

Casual viewer: tune in around 7:50 p.m. ET. The parachute sequence, splashdown, and airbag inflation are compressed into roughly 10 minutes around the 8:06 p.m. target. That's the densest stretch of the entire broadcast.

Mission follower: start at 6:30 p.m. and plan to stay through approximately 10:15 p.m. The crew is expected aboard the recovery ship within two hours of splashdown, per the Artemis II press kit. NASA has not confirmed that hatch opening or crew transfer will be shown as unbroken live video, so some of the extraction sequence may be covered through commentary.

Full debrief: stay for the 10:35 p.m. news conference at NASA Johnson.

One useful second screen: NASA's AROW tracker

The AROW tool (Artemis Real-time Orbit Website) displays Orion's distance from Earth, distance from the Moon, and mission elapsed time from about one minute after liftoff through atmospheric reentry, according to NASA. It's most useful during the reentry blackout window, when the broadcast will shift away from spacecraft video. Note that AROW's position data also pauses temporarily once GPS lock drops during blackout. Open it in a second tab, not as a substitute for the stream.

Reentry and the communications blackout

Before any parachutes appear, Orion has to survive reentry. As the capsule enters the upper atmosphere, superheated plasma surrounds the heat shield and cuts off radio contact with the ground. This is normal, and every crewed capsule return includes it. During this window, AROW's position tracking pauses until GPS lock returns, per the AROW page.

The full recovery fleet, small boats, four helicopters, and the main recovery ship, holds at a staging point called Waypoint Alpha, roughly five miles from the target splashdown zone, until Orion clears the atmosphere and GPS lock comes back, according to NASA's recovery podcast. That movement away from Waypoint Alpha is the operational signal that reentry has completed as planned. The recovery team begins operations about three hours before the capsule enters the atmosphere, per the recovery podcast, with the goal of positioning the recovery ship at the landing site roughly 24 hours before splashdown. By the time you tune in at 6:30 p.m., the fleet will have been in position for hours.

The parachute sequence

The first sign the descent system is active: the protective cover over Orion's forward bay is jettisoned to clear the way for the parachutes, per the Artemis II press kit.

Two drogue parachutes, each 23 feet in diameter, unfurl at 25,000 feet and slow the capsule to 307 mph. At 9,500 feet, three pilot chutes pull out three main parachutes, each 116 feet wide, which bring descent speed down to approximately 17 mph before water contact, per the press kit. The full sequence from drogue deployment to splashdown takes only a few minutes. A cluster of large red-and-white canopies opening over the Pacific is the sharpest imagery this mission is likely to produce.

Splashdown and the orange airbags

At approximately 8:06 p.m. ET, Orion hits the water. Five orange airbags inflate around the top of the capsule and roll it from its post-splashdown lean into an upright, stable position, per the press kit. On camera this looks like the capsule slowly righting itself. That visible stabilization is the signal that crew egress operations can begin.

Recovery: water to ship

After splashdown, recovery teams hold position for roughly three minutes while descent system debris settles before approaching the capsule, according to the recovery podcast. The fleet then holds at about 100 yards while Mission Control works through the post-landing checklist with the crew: securing systems, working through the power-down sequence, and preparing the capsule for hatch operations, per the recovery podcast.

Two of the four helicopters carry NASA imaging equipment; the other two are dedicated to crew pickup, per the recovery podcast. Once the flight director hands authority to the NASA recovery director, the hatch sequence begins. A military dive medical officer enters the capsule first to assess the crew, then all four astronauts are transferred to the waiting helicopters. Pickup of all four is expected to take roughly five to seven minutes once hatch operations start, per the recovery podcast, with the full crew aboard the recovery ship within two hours of splashdown, per the press kit. Plan for this stretch to mix live imagery with commentary as the operation progresses; NASA has not confirmed that hatch opening or crew extraction will be shown as unbroken live video.

The recovery team has completed 12 Underway Recovery Tests, simulated splashdown drills that included one run with the actual Artemis II crew, per the recovery podcast. URT 12 was the final certification run in preparation for Friday's mission.

Artemis II is NASA's first crewed Artemis mission, designed specifically to test whether Orion's systems perform as intended with humans aboard in the deep space environment, per NASA. No amount of uncrewed test flights answers the questions this mission was built to answer.

The 10:35 p.m. news conference at NASA Johnson is the first public forum where NASA addresses how that test actually went. Artemis II's stated purpose is to confirm the systems needed before committing to missions that land on the lunar surface, per NASA. Friday night's briefing is where that chapter formally closes. If you've watched the mission this far, don't bail before the debrief.