Artemis II Moon Mission: What Happened — Photos and Video from Space
On April 10, 2026, at 8:07pm EDT, the Integrity capsule splashed down in the Pacific Ocean 40–50 miles off San Diego. The four astronauts spent 9 days, 1 hour, and 32 minutes in space, covered nearly 700,000 miles, and set a new crewed spaceflight distance record – 252,756 miles from Earth. The first human journey beyond low Earth orbit since 1972 was complete. NASA Administrator Jared Isaacman called the landing “a bull’s-eye splashdown.”
Artemis II is a flyby mission. The crew looped around the Moon and is coming home. The first people to actually set foot on the lunar surface will do so on Artemis IV – in early 2028. Artemis II is a necessary step toward that – not the landing itself.
Photos of the Moon and Earth from space — Artemis II mission
The launch: what happened
On April 1, 2026, the 98-meter SLS rocket lifted off from Launch Pad 39B at Kennedy Space Center. 17 million people watched the live stream on YouTube – roughly the same audience as a World Cup final on the day it airs. Thousands more watched from Florida’s beaches. One airline passenger caught the launch on video straight through a cabin window somewhere over the Atlantic.
Getting to that launch took time. The original date was February 5, but the mission slipped three times – a winter storm, a liquid hydrogen leak during the first fueling attempt, then a fault in the helium system. The third attempt, on April 1, finally worked.
People on Instagram also shared their own footage of the Artemis II launch – including someone who caught it from a plane window over Florida
How the return-to-the-Moon program came together
The last time humans were on the Moon was December 1972 – Apollo 17. After that, fifty years of silence: the ISS, Mars rovers, space telescopes – but not the Moon.
Things shifted in 2017, when President Trump signed a directive officially sending NASA back to the Moon. In 2019 the program got a name: Artemis – after the Greek goddess of the Moon and Apollo’s twin sister. The symbolism was deliberate: the next step after Apollo.
But the real reason for going back isn’t romantic. China has announced plans for a crewed lunar landing by 2030 and a permanent lunar base built jointly with Russia. The US responded with the Artemis program and the Artemis Accords – an international framework for lunar exploration that 61 countries have now signed. NASA Administrator Jared Isaacman put it plainly: “The clock is ticking in this great power competition.”
For more on China’s lunar ambitions and what they mean for spaceflight, see the RAND Corporation analysis.
In November 2022, the uncrewed Artemis I successfully flew around the Moon – a systems check with no one on board. Artemis II is the first crewed flight. It will produce real data on how life support and navigation perform with humans aboard in actual deep space conditions.
The Artemis II crew
Four astronauts – three Americans and one Canadian. All experienced. None of them had ever seen the Moon this close before.
Reid Wiseman (commander) – US Navy test pilot, former ISS commander. The oldest person in a lunar crew since Apollo. In 2016 he tweeted that he’d dreamed of being in lunar orbit – “woke up sad it was just a dream.” Ten years later he was actually there.
Victor Glover (pilot) – US Navy captain, flew to the ISS on SpaceX Crew-1 in 2020. He read the crew’s statement at the moment the distance record was broken. The first African American to travel beyond low Earth orbit.
Christina Koch (mission specialist) – electrical engineer, holder of the record for the longest single spaceflight by a woman – 328 days on the ISS. The first woman to travel beyond low Earth orbit. When asked how she felt about not being the first woman to stand on the lunar surface, she was straightforward: “That’s okay. That’s the way spaceflight goes.”
Jeremy Hansen (mission specialist) – Colonel in the Royal Canadian Air Force, astronaut with the Canadian Space Agency. The first non-American to fly to the Moon. His seat is the result of a deal between the US and Canada: Canada provides the robotic arm for the future lunar Gateway station; the US takes a Canadian on the lunar crew.
Victor Glover – first African American beyond low Earth orbit. Christina Koch – first woman. Jeremy Hansen – first non-US citizen. All three happened on the same flight.
What happened at the Moon
On April 6, the spacecraft passed 6,543 kilometers from the lunar surface. For 40 minutes – while Integrity swung around the far side – all contact with Earth was cut off. The astronauts watched a solar eclipse: the Sun disappeared behind the Moon, and they saw the corona – the Sun’s outer atmosphere, which people on Earth only glimpse during a total eclipse, and only once every few years.
On April 7 at 1:56pm EDT, Integrity broke the record that the Apollo 13 crew had held for 56 years – 248,655 miles from Earth. The new record: 252,760 miles, roughly 6,600 kilometers further out. Victor Glover read the crew’s statement: “We honor the achievements of those who came before us, and we challenge the current and next generation to make sure this record doesn’t stand for long.”
Then the crew did something unexpected. Looking out the windows at the lunar surface, they spotted two unnamed craters. The astronauts suggested giving them names. The first: Integrity, after the spacecraft. The second: Carroll. Glover read that name slowly, with pauses – commander Wiseman’s wife Carroll died of cancer in 2020, right at the start of their training for this mission. The crater sits on the boundary between the near and far sides of the Moon, which means it will be visible from Earth during certain periods.
Sky News ran a three-hour live stream that captured the record moment and the hours of lunar flyby that followed – including a call from the crew to Mission Control, the astronauts describing what they saw on the surface below, and the announcement of the Carroll crater. It’s the rare space broadcast that watches like a human story.
Return to Earth: April 10
The final 13 minutes of the mission were the tensest. At 7:53pm EDT, the capsule hit the atmosphere at roughly 25,000 mph – 35 times the speed of sound. Surface temperatures on the heat shield reached 4,000–5,000°F. For six minutes, all communication with the ground cut out as plasma wrapped around the capsule. When the signal came back, the first thing Mission Control heard from commander Wiseman was: “Houston, Integrity, we have you loud and clear.” Eleven parachutes deployed, and at 8:07:27pm EDT, Integrity touched the water.
The crew was lifted aboard the USS John P. Murtha by helicopter – two at a time, individually, via an inflatable raft. Christina Koch exited the capsule first, Reid Wiseman last. All four walked across the deck under their own power, turning down wheelchairs – which says something about the crew’s condition after 10 days of weightlessness. Commander Wiseman, already on deck: “When Jeremy said Carroll’s name – we all broke down. For me personally, that was the defining moment of the entire mission.”
694,481 miles traveled — distance record of 252,756 miles — 9 days, 1 hour, 32 minutes in space — splashdown accuracy within 1 mile of target — 4 astronauts, all in good health.
President Trump posted congratulations immediately after splashdown and invited the crew to the White House – no specific date has been announced. Earlier, on April 6, he held a 12-minute live call with the crew from the White House – the first presidential conversation with astronauts near the Moon in more than 50 years.
The biggest open question after the mission is the condition of the heat shield. On Artemis I in 2022, it came back with damage in more than 100 spots. For Artemis II, NASA changed the re-entry trajectory and the material composition. Divers photographed the shield immediately after splashdown – the analysis will determine whether any changes are needed before the next mission. NASA leadership says “the path to the lunar surface is now open.”
What comes next
Artemis II is a proof-of-concept flight. Confirm that life support works with actual people aboard in real deep space. Confirm that Orion can handle atmospheric reentry at 25,000 miles per hour after a lunar mission. Without this flight, there’s no landing.
Four astronauts will reach low Earth orbit and dock with the SpaceX and Blue Origin lunar landers. No trip to the Moon – just a docking test and a checkout of the Axiom Space lunar spacesuits.
Two of the four astronauts will descend to the lunar south pole. They’ll spend about a week on the surface and complete 4-5 spacewalks. The goal is to reach permanently shadowed craters where water ice may be present.
Construction of a lunar base begins. NASA is planning annual landings through Artemis X around 2035. Running in parallel: robotic missions from Blue Origin, Astrobotic, and Intuitive Machines.
Beijing is planning its own crewed landing by 2030. In August 2026, Chang’e 7 launches – a robotic mission with a “hopping probe” designed to search for water ice in shadowed craters. Same target as Artemis IV. The race is running in parallel, with no sign of slowing down.
Common questions
The first landing is scheduled for early 2028 – the Artemis IV mission. Two astronauts will spend about a week on the surface near the lunar south pole. If everything goes to plan, it will be the first human on the Moon since December 1972.
Artemis II tests the Orion spacecraft and SLS rocket with live crew aboard – life support, navigation, communications, and atmospheric reentry after a lunar flight. You can’t plan a landing without that data. It’s roughly the same logic as not flying solo before logging hours in a simulator.
The main bottleneck is SpaceX falling behind on orbital propellant transfer for Starship. The lunar lander needs roughly 1,500 tonnes of propellant loaded in orbit before it can fly to the Moon. That technology isn’t proven yet. As of April 2026, all 11 Starship test flights had been suborbital.
Officially, yes. The Moon is treated as a testbed for the technologies a Mars mission would require. NASA is developing a nuclear interplanetary spacecraft, SR-1 Freedom, with a target Mars departure of December 2028. Whether that timeline holds is an open question.
The hardware — briefly
Three main components, all of them required for a lunar mission.
| Component | What it is | Key numbers |
|---|---|---|
| SLS rocket | Super heavy-lift launch vehicle based on Space Shuttle technology | 98 m tall, 8.8 million lbs of thrust, ~$4 billion per launch |
| Orion spacecraft | 4-person capsule with a European service module built by Airbus | 8.95 m³ habitable volume – 50% more than Apollo, up to 21 days autonomous |
| Starship HLS | SpaceX lunar lander for surface descent (Artemis IV onward) | ~50 m tall, requires ~1,500 tonnes of propellant transferred in orbit before the lunar flight |
The RS-25 engines on the SLS rocket are the same engines that flew on the Space Shuttle. They were removed from the orbiters after the program ended in 2011, upgraded, and installed on SLS. Each engine had already flown an average of 3-4 times on shuttle missions before this flight.