We’re about to witness something most people alive today have never seen: humans actually traveling to the moon. Artemis II launches this April, and it’s not just another space mission. This is the real deal. The first crewed journey beyond Earth orbit in over 50 years.
Let that sink in for a moment. The last time humans flew to the moon, the Watergate scandal hadn’t happened yet. Most people reading this probably weren’t even born. Apollo 17 wrapped up in December 1972, and since then, we’ve been stuck circling Earth on space shuttles and the International Space Station. Don’t get me wrong, that’s still incredible, but the moon has been calling, and now we’re finally answering.
A Mission That’s Been a Long Time Coming
The Artemis II crew is small but stellar. Reid Wiseman commands the mission, with pilot Victor Glover handling the spacecraft controls. Christina Koch and Jeremy Hansen round out the team as mission specialists. Here’s the kicker: Hansen is Canadian, making him the first person from Canada to travel to the moon. That’s the kind of historic moment that reminds you why space exploration still matters.
This isn’t some hastily thrown together project either. NASA has been working on this for nearly a decade, and they’ve had to push the launch window three times already. The original February dates got scrapped after a fueling test of the Space Launch System rocket, and March dates followed suit. Now we’re looking at an April 1-6 or April 30 window, with NASA targeting an evening liftoff. So grab your dinner and settle in for some evening television that’ll blow your mind.
The Space Launch System is the rocket doing all the heavy lifting here. We’re talking 8.8 million pounds of thrust. That’s not hyperbole. That’s actual physics happening in real time to push humans across the vast emptiness of space.
What Actually Happens During the Mission
The journey itself is surprisingly elegant in its simplicity. Orion launches from Kennedy Space Center in Florida, sheds its boosters and launch hardware in the opening minutes, and settles into Earth orbit. The crew spends the first day testing systems, running through procedures, and making sure everything’s working as intended. Because when you’re heading 225,000 miles away from home, you want to be absolutely sure.
By day two, the upper-stage rocket fires again in what’s called a translunar injection burn. That’s the moment Orion stops being an Earth satellite and becomes a spacecraft headed for another world. Two days of travel follow, and the crew keeps busy the whole time. They’re not just sitting around watching space go by. They’re conducting experiments, practicing procedures, and putting the technology through its paces.
On day six, they reach the moon. Not to land on it, but to slingshot around it in this beautiful orbital loop. The far side of the moon? They’ll see it up close. Communication will cut out for a while as they pass over the lunar horizon, and they’ll photograph areas humans haven’t seen with their own eyes since 1972. Depending on the launch date, they might actually break the Apollo 13 distance record of 248,655 miles from Earth.
The Heat Shield Test That Matters
Here’s where things get intense. The return journey involves plunging Orion through Earth’s atmosphere at speeds that will generate temperatures up to 3,000 degrees Fahrenheit. That’s hot. NASA made significant improvements to Orion’s heat shield after some damage showed up during the uncrewed Artemis I mission in 2022, so this reentry is basically the ultimate test of those fixes.
Once they splash down in the Pacific Ocean, the Navy picks them up roughly two hours later. Ten days from launch to recovery. Not exactly a quick trip, but reasonable given the circumstances.
Why This Matters Beyond the Spectacle
Artemis II isn’t the landing mission. That’s Artemis IV, planned for early 2028. This mission is about gathering data, testing systems, and proving that NASA can actually pull off a crewed lunar mission with modern technology. Everything learned here directly feeds into Artemis III, happening in 2027, which will conduct docking tests and orbital operations that set up the eventual landing.
SpaceX is building the lunar lander, and Axiom Space is developing the spacesuits. Multiple companies, multiple missions, and a clear roadmap back to the moon’s surface. This isn’t a one-off achievement. This is infrastructure for a sustained return to lunar exploration.
You can watch the whole thing unfold live. NASA’s streaming on YouTube, their app NASA Plus, Facebook, X, Twitch, and thanks to a partnership signed in 2025, probably Netflix too. No excuses for missing this one. The launch is scheduled for April, evening time, and barring any unexpected delays, humanity’s next giant leap is just weeks away.
The real question isn’t whether we can get back to the moon anymore. It’s whether we’ll actually stay there this time.
