Jeff Bezos once said that Blue Origin is the most important work he's doing. Looking at the sheer scale of the New Glenn rocket, it’s easy to see why. This isn't just another satellite bus. It is a 322-foot monster designed to change the math on how we get to the moon. After a massive 2025 that saw the rocket finally reach orbit and stick its first landing on a moving ship, the pressure for the next New Glenn live stream is basically through the roof.
The big one on the horizon is the Blue Moon Mark 1 (MK1) mission. This isn't a test flight to nowhere; it’s a direct shot at the lunar surface. If you’ve been following the schedule, you know Blue Origin finally found its groove late last year. Now, they're moving from "can we fly?" to "can we land on the moon?"
Where to catch the next New Glenn live stream
Honestly, space fans used to joke about "Blue Time"—the idea that things at Blue Origin moved at a glacial pace. That changed on January 16, 2025, when the inaugural flight actually happened. Then came the ESCAPADE mission in November 2025, which proved they could hit interplanetary trajectories.
For the upcoming 2026 launches, you’ve basically got three reliable ways to watch:
- The Official Blue Origin Webcast: This is usually the cleanest feed. They host it directly on their missions page and their YouTube channel. They typically go live about 45 to 60 minutes before the T-zero mark.
- NASASpaceflight (NSF): If you want the "nerd" version, this is it. They provide multi-angle views and technical commentary that often catches things the official stream misses, like ice falling or venting anomalies.
- Space.com or Everyday Astronaut: Tim Dodd (the Everyday Astronaut) usually does a deep-dive stream that’s great if you want to understand why the seven BE-4 engines are throttled a certain way during Max-Q.
Why the MK1 Moon Mission is a big deal
The next major milestone is the Blue Moon Pathfinder mission. It's currently eyeing a window in early 2026. This isn't carrying people—not yet. It’s a robotic lander called Mark 1. It’s essentially a massive cargo van for the moon.
NASA is paying close attention because this lander is part of the CLPS (Commercial Lunar Payload Services) program. It’s carrying an instrument called SCALPSS, which is basically a set of cameras designed to watch how the rocket's exhaust plume kicks up lunar dust. It sounds boring until you realize that sandblasting your own equipment with moon dust is the number one way to ruin a multi-billion dollar mission.
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The rocket itself, New Glenn, is a beast of a machine.
It stands 98 meters tall.
That's taller than a 30-story building.
The first stage is powered by seven BE-4 engines, which use liquefied natural gas (LNG) and liquid oxygen. LNG is basically the same stuff that heats many homes, but purified and chilled until it’s a high-energy rocket fuel. It burns cleaner than the kerosene used by SpaceX’s Falcon 9, which is a huge part of why Blue Origin thinks they can reuse these boosters 25 times or more.
What happened during the last few flights?
You can't really talk about the upcoming live stream without acknowledging how we got here. The first flight in early 2025 was a "mostly" success. The second stage reached its target orbit, which was the primary goal, but the first stage booster didn't make it back to the landing ship, Jacklyn. It was a bit of a heartbreaker for the team at Launch Complex 36.
But then came November 13, 2025.
The mission was NG-2, carrying NASA’s ESCAPADE probes.
The booster, nicknamed "Never Tell Me The Odds," lived up to the name. It launched in the mid-afternoon, pushed the Mars-bound probes into a loiter orbit, and then plummeted back through the atmosphere. It stuck the landing on Jacklyn in the Atlantic. It was the first time a booster that large had ever been recovered on only its second attempt.
The ESCAPADE mission itself is pretty wild. It sent two identical spacecraft, "Blue" and "Gold," toward Mars. They won't actually arrive at the Red Planet until late 2027, though. They’re taking the "long way" to save fuel, hanging out at a stable spot in space called Lagrange Point 2 for a year before using an Earth flyby to slingshot toward Mars.
The technical specs you’ll hear on the stream
When the New Glenn live stream starts, the announcers are going to throw a lot of numbers at you. Here is the "cheat sheet" so you don't feel lost:
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The Fairing: The "nose cone" at the top is 7 meters wide. It’s absolutely cavernous. You could fit three school buses inside it. This is Blue Origin’s main selling point—they can carry massive, bulky stuff that wouldn't fit on a Falcon 9.
The Second Stage: Known as GS2, it’s powered by two BE-3U engines. These are different because they use liquid hydrogen. Hydrogen is notoriously difficult to work with (it leaks through almost everything), but it’s incredibly efficient for moving heavy loads once you're already in the vacuum of space.
The Landing: Unlike SpaceX, which often lands boosters back on land, New Glenn is so heavy that it almost always has to land on a ship downrange. The ship, Jacklyn, is named after Jeff Bezos’s mother.
Dealing with "Blue Time" and delays
Let's be real: space is hard, and Blue Origin is still learning how to move fast. In late 2025, we saw a few scrubs due to a solar storm and some typical Florida weather. If you tune into a New Glenn live stream and see a "Hold" on the clock, don't panic. It's usually just the flight computers or the range safety team double-checking a sensor reading.
There's also the "New Glenn 9x4" version in the works, which will have nine engines on the bottom instead of seven. We probably won't see that fly until 2027 or later, but the company is already talking about it. For now, the focus is 100% on the lunar manifest.
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Practical steps for the next launch
If you want to be ready for the next countdown, here is what I’d suggest. First, follow the official Blue Origin X (formerly Twitter) account or their LinkedIn; they tend to post "Launch Readiness Reviews" about 24 hours before a flight. That's your signal to clear your calendar.
Next, check the weather at Cape Canaveral. If the "Probability of Violation" (POV) is higher than 40%, there's a good chance they'll scrub. Rockets don't like clouds, and they definitely don't like lightning.
Finally, keep an eye on the landing ship's location. Ship trackers often spot Jacklyn leaving Port Canaveral a few days before a launch. If the ship is moving, the rocket is likely moving too. Watching the first stage come down is arguably more exciting than the takeoff—it’s a 19-story building falling out of the sky and trying to balance on a moving deck. It's pure physics on display, and it never gets old.
The 2026 season is going to be heavy on lunar science and Project Kuiper (Amazon's satellite internet) deployments. Whether you're a casual observer or a hardcore space nerd, these streams are becoming "must-watch" TV as we enter the most competitive era of spaceflight since the 1960s.