Blue Origin revealed INSIDE Crewed Lunar Lander & Testing Progress, But CAN'T Launch Until

The Moon mission slated for 2028 is starting to look like the ultimate group project, featuring the chaotic energy of SpaceX, the slow and steady vibes of Blue Origin, and NASA acting like the stressed-out teacher trying to keep everyone from failing. In today's episode of Great SpaceX, we're shifting our focus slightly to look at the massive progress coming out of the Blue Origin camp. Lately, they've been really leaning into their step-by-step ferociously motto, and their main asset, the Blue Moon Mark II, is finally stepping into the spotlight. The Mark II is an upgraded, beefier version of the Mark I that is scheduled to launch later this year, and it's officially entering a crucial development stage. This thing is not just a pretty model, it's creating some serious competition for SpaceX's Starship HLS, which has been the main character of this story for a while now. So, how are Blue Origin's preparations for the Moon program actually progressing, and is there a world where they actually managed to surpass the mighty Starship? Let's find out on today's episode. Lately, every time we talk about the Moon, it's usually about something like NASA's Artemis program, or SpaceX's latest Starship explosion, or sorry, successful data-gathering event. But Blue Origin has been quietly accelerating their efforts in the background because they're probably tired of being the runner-up in the billionaire space race. The biggest highlight of their current portfolio is the Blue Moon Mark II lander, the vehicle that is supposed to carry human beings down to the lunar surface in 2028. NASA recently blessed us with some fresh updates and images of the lander's hardware, and let me tell you, it looks like something straight out of a minimalist sci-fi movie. What we are seeing in the latest photos is essentially the base of the lander, which houses the crew cabin, the doors, the stairs, and those iconic spindly landing legs. The crew cabin is where two lucky astronauts will spend their time eating, sleeping, and probably arguing about who gets the top bunk while they conduct scientific research on the Moon. It's a compact living and working space designed to support everything from survival basics to high-level environmental observation during their lunar stay. We even get a glimpse of the interior recently, and it looks exactly like what a millennial minimalist would design for their first van life conversion. The color scheme is predominantly black and white, and honestly makes it look more like a high-end tech office than a spacecraft. The images show a large black wardrobe, probably for storing spacesuits or just a lot of freeze dried snacks, with a sleek control panel located right underneath it. There are small windows on either side providing just enough of a view to remind the astronauts that they are in fact stuck in a vacuum thousands of miles away from the nearest Starbucks or Tim Hortons. This is likely a preliminary glimpse of the layout, so we're all collectively holding our breath for more updated images that show where they keep the microwave. Meanwhile, the forward section of the lander is currently being built or tested at another facility because you can't build a moon lander in just one room. This top section will house the propellant tanks, the propulsion system, the avionics, and the thermal control systems that keep the astronauts from turning into popsicles. When you combine these two massive sections, the Blue Moon Mark 2 will be a full scale beast standing 52 feet tall or roughly 15.6 meters for those of you who use the metric system. To put that in perspective, that's like stacking three and a half giraffes on top of each other, which is a lot of height for something that has to land on a dusty rock. While the whole thing isn't 100% complete yet, the base section at the Johnson Space Center is a full scale prototype, meaning it's the real deal in terms of dimensions. This model has a very important job to do before it ever leaves the Earth, serving as the ultimate practice car for NASA's finest. In a recent web update, NASA explicitly stated, the agency and its industry partners will use Blue Origin's Blue Moon Mark 2 crew cabin for mission simulations as the agency prepares to dock with landers in Earth orbit in 2027 and send astronauts to the moon by 2028. Basically, this cabin is going to be the site of some intense role-playing games where astronauts pretend they are already in space so they don't freak out when it actually happens. Before it ever lands on the moon in 2028, this specific crew cabin is scheduled to participate in a crucial docking mission in Earth orbit in 2027. It's currently sitting at NASA's Johnson Space Center in Houston, which is basically the Ivy League of Space Training Facilities. NASA clarified the future of this prototype by saying, the prototype at NASA's Johnson Space Center in Houston is a full-size model featuring the exterior ladder astronauts will use during their time on the moon. As NASA and industry teams prepare for future crewed missions to the lunar surface, this model will evolve to support more advanced mission and training needs. Over time, it'll become an integrated simulator with interactive systems that help astronauts practice for their flight with ground flight control teams. Now, I love the phrase integrated simulator because that is just a fancy government way of saying the most expensive VR setup in human history. NASA and Blue Origin are going to be crawling all over this thing to conduct human-in-the-loop tests, which is just a fancy way of saying they are making sure humans actually fit and function inside. They will be running through mission scenarios, testing communications with mission control, and making sure their fancy new spacesuits don't get caught on the furniture. They're even going to practice simulated moon walks, which I assume involves a lot of slow motion hopping and trying not to trip over the lunar equivalent of a Lego. The results of these tests are absolutely vital because they give the Blue Origin engineers the feedback they need to tweak the design before it's too late to change anything. It's like getting comments on a Google Doc, except if you ignore the comments, the whole thing might explode in the vacuum of space. For the Artemis 3 mission, this lander is supposed to head up and dock with the Orion spacecraft, which is where the real teamwork begins. NASA mentioned that this test will help them check the life support systems, communications, and propulsion to make sure everything is VIBES compliant for a moon landing. Blue Origin's role in the grand scheme of things seems to be pretty well solidified at this point, providing a backup plan that might actually become the primary plan. NASA concluded their update by noting these operations will pave the way for Artemis 4 and 5 in 2028, which will return NASA astronauts to the moon using these commercial provided landers. Now don't get it twisted, this doesn't mean SpaceX is getting ghosted by NASA. They're still very much in the picture with the Starship HLS. In fact, there are two main possibilities for how this will go down. Either the two landers will work together on a single mission, or they will take turns like siblings sharing a gaming console. It all depends on who passes their tests first, and who doesn't accidentally delay the entire program because of a faulty valve or a software glitch. The official mission plan for the Blue Moon lander is actually pretty straightforward. It launches uncrewed on a New Glenn rocket, which is Blue Origin's big heavy lifter. It then hangs out in lunar orbit like a space taxi, waiting for the Orion spacecraft to arrive with the crew of four astronauts. Two of those astronauts will hop into the Blue Moon, fly down to the surface, do some science, then take some selfies, and finally fly back up to orbit. Once they're back on the Orion, they transfer over and the Blue Moon stays behind while the astronauts head back home to Earth. It's a very traditional, very Apollo-style roadmap, but with much better computers and significantly more legroom. But Blue Origin isn't just focusing on the big Mark II, they're also moving at a breakneck pace with the Mark I prototypes with their missions for this year. The first Mark I prototype, Endurance, survived thermal vacuum testing, a very intense sauna, and returned to Florida for separation and comms checks. It aced a wet dress rehearsal and model testing, basically surviving a giant paint mixer, to prove it's tough enough for the trip. Currently undergoing radio frequency checks, it'll soon undergo the world's most expensive gift-wrapping job inside a New Glenn fairing for a potential launch this year. This mission features the Viper rover, a high-tech lunar Roomba, hunting for ice. Blue Origin snatched this contract like when I found a 20 in my jeans and recently completed a critical demonstration of our offloader mechanism, using rotating arms and cables to safely lower a Viper mass simulator from the top of Blue Moon Mark I's forward module to the lunar surface, they said. This winch system was tested on slopes to ensure it doesn't drop the rover like a phone on concrete. Since they hate a single point of failure, a second Mark I is already in production in Florida with tanks prepped back in March. This backup might launch next year for research or in 2027 as a delivery truck, showing a level of determination usually reserved for finding a parking spot at a busy mall as they challenge SpaceX's dominance. But the real question on everyone's mind is, can they actually beat SpaceX? If we're looking at the calendar, SpaceX might have a slight lead, but in the space industry, leads can disappear faster than my motivation on a Friday afternoon. The comparison won't be truly accurate until SpaceX gives us a detailed update on the Starship HLS, which we are expecting in the second half of this year. Blue Origin's lander has a definite advantage in the short term because it uses more traditional design that feels safer and more predictable. It's a small-legged lander that doesn't need a support system to touch down, making it perfect for the early stages of Artemis. But if we're looking at the long-term future of humanity, SpaceX's Starship is essentially in a different league entirely. The sheer size of Starship means it can carry more people and cargo than anything else ever built, including the blue moon. With its massive payload section, SpaceX could essentially build a flying apartment complex for dozens of people, complete with all amenities of Earth. It opens up wild possibilities like lunar tourism, massive research bases, and even the construction of entire space cities. Blue Origin's Mark II is great, but it can only carry two people at a time, which feels a little bit small-scale when you're trying to colonize a planet. SpaceX is playing the long game, focusing on a system that can take us not just to the moon, but eventually to Mars and beyond. Starship's ability to carry hundreds of tons of cargo and fuel is the real game-changer here, potentially allowing us to build a moon base much faster than anyone expected. SpaceX wants to build a city on the moon in 10 years, while NASA is aiming for a basic base by 2033. That is a massive difference in ambition. Plus, Starship uses methane fuel, which can actually be manufactured on Mars, a hack that other landers simply don't have in their toolkit. If SpaceX can solve the scheduling issues and get their orbital refueling working, Starship will almost certainly be the superior system. But if is a very big work in the space industry, and Blue Origin is proving that they are a very serious contender that shouldn't be underestimated. Whether it's the Mark I passing tests or the Mark II getting ready for its 2028 debut, Blue Origin is accelerating faster than me fleeing a conversation about my 401k, which is non-existent. With the New Glenn rocket and the Viper rover mission, they are building an entire ecosystem to support their long-term lunar ambitions. They're the safe and steady option compared to SpaceX's break things and move fast philosophy, and both have a role to play. The next few years are going to be absolutely fascinating to watch these two giants battle it out for lunar supremacy. Because at the end of the day, this isn't just about two companies fighting over a government contract, it's about who's going to lay the first foundations for the next chapter of human civilization among the stars. And that brings us to the end of today's episode of Great SpaceX. Thank you so much for tuning in and spending your time with me today. As always, this has been Kevin, your favorite space enthusiast. Until next time, keep looking up!