Where to Watch the Artemis II Reentry and Splashdown Live -- April 10, 2026

Tue, 07 Apr 2026 00:00:00 +0000

Four humans are falling back to Earth from the Moon right now. On Friday evening, NASA’s Orion spacecraft will slam into the atmosphere at 25,000 miles per hour – the fastest crewed reentry in history – and you can watch it happen from 22,000 miles above the Pacific. LaunchDetect is tracking Artemis II’s return in real time with satellite thermal imagery, and the reentry event is already queued and waiting for you.

The Mission So Far

Artemis II launched on April 1, 2026, carrying four astronauts on the first crewed mission beyond low Earth orbit since Apollo 17 in December 1972. The crew:

Reid Wiseman – NASA astronaut and mission commander
Victor Glover – NASA astronaut and pilot, the first Black astronaut to travel this far from Earth
Christina Koch – NASA mission specialist, the first woman to venture beyond low Earth orbit
Jeremy Hansen – Canadian Space Agency mission specialist, the first non-American astronaut to fly beyond low Earth orbit

On April 6, the crew flew behind the Moon, passing just 4,070 miles above the lunar surface and breaking the farthest-human-spaceflight record set by Apollo 13 in 1970. During the flyby, they witnessed a solar eclipse from deep space as Orion, the Moon, and the Sun aligned – the Sun disappearing behind the Moon for nearly an hour.

Now the crew is on the homebound leg, and Friday is the day it all comes down to physics, heat, and parachutes.

Reentry and Splashdown Timeline

Splashdown date: Friday, April 10, 2026

Splashdown time: Approximately 8:07 p.m. EDT / 5:07 p.m. PDT

Splashdown location: Pacific Ocean, approximately 50-60 nautical miles off the coast of San Diego, California

Recovery ship: USS John P. Murtha

Here is the sequence of events for reentry day:

Time	Event
Several hours before splashdown	Crew dons pressure suits and compression garments for reentry
~30 min before entry	Orion’s service module separates from the crew module and is jettisoned
Entry interface (~400,000 ft)	Orion hits the upper atmosphere at approximately 25,000 mph (40,000 km/h)
Peak heating	Heat shield endures temperatures up to 5,000 degrees Fahrenheit
Communications blackout	Plasma envelope blocks all radio contact for several minutes
Drogue chute deployment	Two drogue parachutes slow the capsule to ~300 mph
Main chute deployment	Three main parachutes deploy, slowing Orion to ~17 mph
Splashdown (~8:07 p.m. EDT)	Orion hits the Pacific Ocean off San Diego
Recovery (~2 hours post-splash)	Crew helicoptered to USS John P. Murtha at Naval Base San Diego

This is a direct-entry profile – no skip reentry. After heat shield erosion was observed during the uncrewed Artemis I mission in 2022, NASA modified the trajectory for Artemis II to use a steeper descent angle, reducing time in the thermal environment. The result is a shorter downrange landing and a more intense but briefer heating pulse. The 16.5-foot-wide AVCOAT heat shield will absorb the full force of a 25,000 mph atmospheric entry in a single pass.

Watch the Reentry From Orbit on LaunchDetect

Every other option for watching this splashdown puts you on the ground, looking up – or worse, watching a simulation graphic on a cable news broadcast while a host narrates over it. You see an animation of a capsule, not the actual event.

LaunchDetect puts you above the reentry, looking down.

When Orion’s heat shield lights up the upper atmosphere on Friday evening, LaunchDetect’s satellite thermal detection pipeline will be watching from geostationary orbit. The system ingests infrared imagery from GOES-18 and GOES-19 – the same satellites that weather forecasters and military space operators use – and processes it in real time to detect and track thermal events across the Western Hemisphere. A capsule reentering at 5,000 degrees Fahrenheit over the Pacific is exactly the kind of event this system was built to see.

Here is what LaunchDetect gives you for $10/month:

Satellite thermal imagery of the reentry – See Orion’s thermal signature as it screams through the atmosphere, rendered in infrared from the perspective of space itself. This is not a simulation. This is actual satellite data, processed in real time.
Interactive 3D globe with trajectory tracking – Watch the reentry corridor stretch from deep space down to the Pacific Ocean off San Diego. Rotate the globe. Zoom into the splashdown zone. Trace the descent path in three dimensions.
Real-time event detection – Know the moment the thermal signature appears in the satellite data. Watch detection confidence update live as the capsule tears through the atmosphere.
Full mission countdown – The Artemis II splashdown countdown is already ticking on LaunchDetect. Every mission worldwide, counted down to the second.
Live launch chat – Share the moment with other users watching the same orbital view. Talk through the blackout period, the parachute deployment, and the splashdown as it happens.
Launch prediction catalog – See what else is coming after Artemis II. The next launches are already queued.

This orbital vantage point was not available to the public until LaunchDetect built it. For the Artemis I uncrewed test flight in 2022, this view existed only inside government operations centers. Now it is in your browser for the cost of two coffees a month.

For organizations, defense analysts, and researchers, the Premium plan at $300/month adds historical detection archives, the Data Gateway REST API, live detection webhooks, and API key management.

Where Else to Watch

NASA is providing extensive live coverage across multiple platforms:

NASA+ – NASA’s free, ad-free streaming service. No subscription required. Available on iOS, Android, web browsers, Roku, Apple TV, and Fire TV.
NASA YouTube – 24/7 mission coverage on NASA’s YouTube channel.
NASA Live – Live stream directly from NASA’s website.
Amazon Prime, Apple TV, Hulu, Netflix, HBO Max, and Roku – NASA’s live broadcast is syndicated across major streaming platforms.
San Diego Air & Space Museum – If you are in Southern California, the museum is hosting a public watch party for the splashdown.

NASA’s broadcast will feature Mission Control commentary, camera feeds from recovery ships, and helicopter footage of the capsule under parachutes. That coverage is excellent – and LaunchDetect complements it with something NASA does not show: the satellite thermal view from geostationary orbit. Use both. Watch the NASA stream for crew comms and recovery footage. Watch LaunchDetect for the orbital infrared perspective that shows you the reentry the way a satellite analyst sees it.

Why This Reentry Matters

No human has reentered Earth’s atmosphere from lunar distance since 1972. The Apollo astronauts did it six times. Then the capability went dormant for 54 years.

On Friday, it comes back.

The physics of a lunar return are fundamentally different from the reentries we have grown accustomed to watching. When a Crew Dragon returns from the International Space Station, it enters the atmosphere at roughly 17,000 mph. Orion will hit the atmosphere at 25,000 mph – nearly 50 percent faster. That difference is not linear in its consequences. The thermal energy scales with the square of velocity, meaning the heat shield will absorb roughly twice the energy of a low Earth orbit reentry. The plasma sheath will be hotter, the communications blackout will be longer, and the margin for error will be thinner.

This is also the first time NASA’s modified direct-entry profile will be tested with a crew aboard. Artemis I proved the capsule could survive reentry, but the heat shield erosion prompted trajectory changes that have never been flown crewed. Friday is the validation.

Four people – the first woman, the first Black astronaut, and the first non-American to fly beyond Earth orbit – are betting their lives on the engineering. That is worth watching. And it is worth watching properly.

Set Your Reminder

8:07 p.m. EDT / 5:07 p.m. PDT on Friday, April 10. Open LaunchDetect and pull up the 3D globe. Center it on the Pacific coast. Tune in to NASA’s broadcast for crew comms and recovery cameras.

When Orion’s heat shield hits the atmosphere and the thermal signature blooms across the Pacific in satellite infrared, you will not be watching an animation on a news broadcast. You will be watching from orbit – seeing the hottest, fastest crewed reentry in human history the way a geostationary satellite sees it, in real time, from 22,000 miles above the ocean.

The first humans to return from the Moon in 54 years deserve more than a ground camera. Watch from the sky.