Farther from home than any humans ever have been.
At 6:35 in the evening on April 2nd, the ground shook at Kennedy Space Center in Florida as NASA's Space Launch System — the most powerful rocket the agency has ever built — lifted four astronauts off the planet and pointed them toward the Moon. It was the first time human beings had traveled that direction in 54 years.
The crew aboard the Orion capsule consists of three Americans and one Canadian: Christina Koch, Victor Glover, Reid Wiseman, and Jeremy Hansen. Koch becomes the first woman to fly toward the Moon. Glover becomes the first Black astronaut to launch on a lunar mission. Hansen becomes the first non-American to make the journey. The mission is also the maiden crewed flight for both the Orion capsule and the SLS rocket that carried it aloft.
Artemis II is not a landing mission. The crew will spend ten days in space, looping around the far side of the Moon before returning to Earth. But the altitude they'll reach — more than 6,500 kilometers above the lunar surface — will place them farther from Earth than any human beings in history. The Apollo missions, for comparison, orbited at roughly 100 kilometers. These four astronauts will go deeper into space than anyone who came before them.
Hours after launch, NASA confirmed the crew had completed one of the mission's early checkpoints: a manual evaluation of Orion's handling characteristics in space. The spacecraft responded as expected. The mission was proceeding.
The road to launch was not smooth. Fuel leaks and technical problems forced at least one previous liftoff attempt to be scrubbed at the last moment. The delays stretched over weeks. But on April 2nd, the rocket flew.
The mission carries several technological firsts alongside its human ones. Artemis II is equipped with an optical laser communications system called O2O, developed in partnership with MIT's Lincoln Laboratory. Where radio waves have carried space communications since the beginning of the space age, this system transmits data via laser at 260 megabits per second — fast enough to send high-resolution video from lunar distances. An earlier demonstration of the underlying technology, tested in 2013, achieved 622 Mbps across the 385,000-kilometer gap between the Moon and a receiving station in New Mexico, six times faster than anything radio had managed at that range. Experts say the technology could eventually support something resembling internet connectivity for future lunar bases.
The crew also brought iPhones. Under a new NASA policy, astronauts are permitted for the first time to carry personal smartphones beyond Earth's orbit, with the devices set to airplane mode to avoid interfering with spacecraft systems. NASA chief Jared Isaacman framed the decision as both practical and symbolic — a way to capture moments for families and demonstrate that modern consumer hardware can be qualified for spaceflight on an accelerated timeline.
The Orion spacecraft itself is a product of international collaboration. Its service module was built by Airbus Space on behalf of the European Space Agency, assembled in Bremen, Germany, with components sourced from eleven countries. The module left Europe in 2021, underwent years of testing at Kennedy — including exposure to sound levels exceeding 140 decibels — and was formally handed to NASA in 2023. The seven-meter solar arrays that power the spacecraft were permanently installed last year. It is the first time a European-built system has powered a crewed lunar mission.
NASA has also been reshaping the broader Artemis roadmap. Last month, the agency announced it was abandoning plans for the Gateway — an orbiting lunar station — in favor of a $20 billion surface base on the Moon. The agency also announced plans to launch a nuclear-powered spacecraft called Space Reactor 1 Freedom to Mars before the end of 2028. Isaacman described the pivot as a focus on infrastructure that supports sustained operations on the lunar surface rather than an intermediate orbital outpost.
Researchers watching the launch described it in terms that reached beyond the technical. Belinda Rich, who studies lunar metals manufacturing at Swinburne University of Technology, noted that while Apollo astronauts spent three days on the Moon, Artemis IV crews are planned to stay a week — and that a permanent outpost could eventually support visits lasting months or years. Marco Aliberti of the European Space Policy Institute pointed to China's steady lunar program as context: the new space race, he said, is heating up, and the American lead depends on Artemis staying on track.
For now, four people are traveling farther from home than any humans ever have. The next ten days will tell NASA a great deal about whether the hardware, the systems, and the plan are ready for what comes after.
Notable Quotes
We're going to the Moon, to stay — and it's those two extra words that change everything. This mission truly signals the start of a new era of human space exploration.— Belinda Rich, lunar metals manufacturing researcher, Swinburne University of Technology
Artemis II will not land on the Moon, but it is the crucial step before that — one small step before the next giant leap.— Alan Duffy, director of the Space Technology and Industry Institute, Swinburne University
The Hearth Conversation Another angle on the story
Why does this mission matter if they're not even landing on the Moon?
Because landing is only possible after you've proven the spacecraft can survive the journey. Artemis II is the proof-of-concept flight — the one that tells you whether Orion and the SLS can actually do what they were built to do with people inside.
And if it works, what's next?
Artemis III is the landing mission. Then Artemis IV, where the crew stays a week instead of a few days. The trajectory bends toward a permanent base — not a visit, a presence.
The altitude they're reaching — over 6,500 kilometers above the Moon — that detail surprised me.
It should. The Apollo crews orbited close in. These four will be farther from Earth than any human being has ever been. That's not a footnote, that's the headline buried in the mission profile.
What's the significance of the laser communication system?
Radio has been the backbone of space communication since Sputnik. Switching to laser is like going from telegraph to broadband. The bandwidth difference is enormous, and the equipment is lighter. For a permanent lunar base, that matters enormously.
The iPhones feel almost trivial by comparison.
Maybe. But they're also a signal about how NASA is changing — qualifying consumer hardware fast, trusting crews with personal tools. It's a cultural shift as much as a technical one.
The crew itself carries a lot of symbolic weight.
First woman to the Moon. First Black astronaut on a lunar mission. First non-American. Those aren't just checkboxes — they're a statement about who the space program belongs to now.
And China is watching all of this.
Closely. China has been building toward lunar capability for over a decade with quiet consistency. The American lead is real but not comfortable. Artemis has to keep working.