Blue Origin New Glenn just Launched mission to Mars before SpaceX Starship But...NASA Declared

Lift up detective motion. Magnificent congratulations Jeff Bezos and the entire Blue Origin team. For the first time ever, both of SpaceX's top leaders are publicly sending genuinely warm praise to their biggest rival. And there's a clear reason for that. Blue Origin's second New Glenn flight just delivered a set of milestones strong enough to finally stand shoulder-to-shoulder with SpaceX's recent Starship achievements. It's also the first real counter punch Jeff Bezos has landed something he hasn't managed in more than 20 years of competition. So, what exactly did this mission accomplish and how will it shape the future of Starship? Let's break it all down in today's episode of Alpha Tech. After postponing the launch from the 12th due to a relatively strong solar storm because they didn't want it to affect such an important mission, Blue Origin decided to push New Glenn's second flight NG2 for short to yesterday afternoon, November 13th. Luckily, it was Thursday, not Friday. At first, they even counted down to tminus 20 seconds, but some issue forced them to reset the launch clock. That had Blue Origin fans on edge, anxiously wondering if there'd be another delay. And it wasn't just the fans. Jeff Bezos himself was on the edge, too, since he was counting on this mission to earn recognition, proving that Blue Origin and the company's flagship rocket, New Glenn, are just as impressive as SpaceX and Starship. Not to mention, another failure would be a serious blow to their reputation. But thankfully, that worry vanished completely. This time, the countdown hit. 3 2 1 and New Glenn with its iconic pointy nose cone roared to life as all seven BE4 engines lifted the rocket off the pad. The water deluge system sprayed everywhere. Smoke billowed high the camera angles and even the cheering all looked just like a Starship launch. Putting aside the competition, they really nailed it this time. The rocket safely passed. The first 3 minutes went through max Q. And when it reached the separation stage, excitement and anxiety skyrocketed. The upper stage and booster began to separate and the booster started its free fall. Emotions peaked. This was only the company's second attempt to land on the drone ship Jaclyn. Any failure now would have replayed the disaster of NG1 and shattered the rocket's image. But it didn't. The engines reignited successfully, slowing the descent to a safe speed. Oh, and for a tense moment, the low-quality camera system froze, delaying the view switch. Then it slowly deployed its six hydraulic landing legs and touched down safely on Jaclyn. For the first time in development, they did it a major milestone that promises a bright future for New Glenn. The cheers brought memories of Starship flight 5 when Superheavy landed on Mechazilla for the first time. Starship's achievement was even more impressive. Grabbing a roughly 200 ton rocket with two robotic arms is an unprecedented engineering feat, proving instant reusability without any additional support. New Glenn's landing on Jaclyn, while impressive, is more like an upgraded Falcon 9, not a breakthrough in system architecture. Still, Elon Musk also gave credit for the landing video that Jeff Bezos was showing off on X. He simply said, "Congratulations, short, but full of meaning. Nice landing. But I've done it hundreds of times already. Many might think that even if SpaceX can land Falcon 9, there's no way they could land Super Heavy on a drone ship. But as we just mentioned, landing on Mechazilla is clearly much harder and way more impressive. On top of that, Elon Musk has long favored this approach and has pointed out the drawbacks of landing on a drone ship or really landing anywhere with legs. as he put it, >> land somewhere else with the legs, then lift the rocket, stow the legs, transport the rocket back to the pad with which is uh very unwieldy when you've got a gigantic thing. >> This also reveals that in the future only the versions intended for moon or Mars missions will have landing legs, while other versions won't. All right, back to the flight. After the booster landed, the upper stage continued its push into orbit and succeeded. It reached CO2 at the 27th minute. That's when the engines shut down for the second time, ending the orbital burn completely and placing the payload into its target orbit. About 5 minutes later, the camera switched to the payload bay, but that was it. Inside, the spacecraft was just sitting there motionless. A few minutes later, during payload separation 1 and two at around 3340, the two payloads separated, but the cameras stayed focused on the same view. There was no clear footage of satellite deployment like we've seen on Starship. On top of that, the camera feed was shaky, so it's unclear if they were deliberately hiding the deployment or if it was just a technical issue. Bottom line, Blue Origin still needs to improve their video transmission. Overall, Escapade Blue separated first, followed by Escapade Gold about 30 seconds later. The mission ended smoothly, as if they had done it dozens of times, but this was only New Glenn's second flight. That just shows how far they've come and that their ambition to compete with Starship is very real. Besides Gwyn Shotwell and Elon Musk, NASA officials also praise this flight. For example, Shawn Duffy tweeted today NASA's escapade mission to Mars launched aboard Blue Origin's new Glenn rocket, another milestone for POTUS' promise that America will lead the world in space exploration. This wasn't just praise. It also subtly highlighted that under the Trump administration, NASA successfully partnered with private companies like Blue Origin. It serves as a sort of living proof of Trump's policy, reinforcing the narrative of America returning to the moon and Mars without relying too heavily on SpaceX. There was also Jared Zachman recently appointed by Trump as an official NASA administrator. He praised the flight saying, "I got caught up in the moment of the landing. Great work to the rocket lab team for building blue and gold. The more frequent and affordable missions for science and discovery, the better. It's like he accidentally congratulated the sue chef while the main star, the host, Blue Origin, was the real hero. But anyway, this was probably the happiest day for Blue Origin and Jeff Bezos. They clearly flooded X with around 30 tweets about the flight updating every milestone to grab everyone's attention. Compare that to Starship. After a SpaceX flight, they usually just post videos and highlight their achievements. And Elon Musk often doesn't say much at all. Off X, it's a different story. During the flight, Elon Musk always smiles as if he knows that no matter what happens, Space X is achieving a lot. Jeff Bezos, on the other hand, stayed calm, even as his colleagues jumped up to celebrate. But deep down, he must have been thrilled. After all, they just successfully completed a major NASA mission. scored big points with NASA and made future contracts easier to secure. On top of that, it was a subtle jab at SpaceX. Starship still hasn't reached orbit or launched an actual satellite, a major weak spot that Bezos could use to push back at Elon Musk. And this time, he succeeded. So, after this flight, has New Glenn actually beaten Starship? Of course not. Despite this impressive achievement, SpaceX's Starship still firmly holds the crown. And here's why. First Starship is a fully reusable system, both Super Heavy and the ship return, landing on Mechazilla in just a few minutes. No need to tow hundreds of miles like New Glenn's Jaclyn. This enables a launch cadence of just 24 to 48 hours, supporting a high flight frequency with minimal turnaround time. Blue Origin, on the other hand, needs at least a week to recover the booster, inspect it, repair, and reintegrate it. Second Starship has vastly superior payload capacity 150 250 tons to Elio when reused compared to New Glenn's 45 tons. That's 325 times more enough to deliver an entire space station, a lunar lander, or hundreds of Starlink satellites in a single launch. Finally, Starship is the platform for the future. It's already been chosen by NASA for Artemis 3, returning humans to the moon in 2027 to 2028, has plans for a Mars mission in 2028, and is building an inorbit refueling ecosystem, something New Glenn currently has no clear roadmap for. If all you do is successfully launch a satellite into orbit Falcon 9, and Falcon Heavy have already done that, New Glenn's success alone isn't enough to prove it's a breakthrough like Starship. After all, Starship was designed to reach Mars. Following NG2's launch, the two escapade satellites, Blue and Gold, named after UC Berkeley's school colors, won't head straight to the red planet. Instead, they'll temporarily park at the Earth Moon, Lrangee Point L2, throughout 2026 to save fuel and wait for the optimal orbital transfer window. In November 2026, both satellites will depart. L2 embark on a 10-month interplanetary journey and officially reach Mars orbit by September 2027. Once there, the UC Berkeley mission team will operate them for 11 months using four identical scientific instruments on each spacecraft to create a dynamic 3D map of the plasma environment magnetic field and solar wind around the red planet. The first time two orbiters will observe Mars simultaneously. Co-investigator Shiao Sui Shu emphasized that geological evidence shows Mars once had water which requires a thick atmosphere. But today its atmosphere is fragile. It can only be lost in two ways. Seeping into the ground or escaping to space. And studies show that escape to space played a critical role in Mars' climate evolution. What excites the team even more is that Escapade will operate alongside a fleet of other spacecraft, including NASA's Maven, studying the upper atmosphere, Curiosity and Perseverance, measuring conditions on the surface, ESA's Mars Express, and ExoMars TGO tracking methane, and JAXA's MMX monitoring solar wind from Phobos mission lead. Robert Lilis described this as a golden moment, noting that humanity has never had so many scientific assets working on Mars simultaneously. In short, Escapade isn't just two small satellites. It's a crucial piece in helping us answer a big question. Why did a planet that once had oceans become the cold, barren desert we see today? But before heading to Mars, we have to take care of work closer to home in Earth orbit. Asteroids are sparkling like giant gold mines in space packed with precious metals and industrial minerals resources that could one day replace destructive mining on Earth. The journey there is risky, but many startups have jumped into the race. One standout is Transastra based in California with its invention, the Capture Bag, a flexible inflatable bag capable of enveloping anything from a small rock to a house-sized asteroid. And it's not just for mining. This bag could also help tackle space debris, a growing headache for governments and scientists. As aerospace engineer Joel Cersell, a former Caltech professor and founder of Transastra explains, "Asteroid mining isn't just digging. It's about solving four challenges at once. Detection, capture, transport, and processing. The company has built a technology ecosystem to address all four, holding 21 patents and gaining a new one almost every month. Last October, Transra successfully tested an early version of the capture bag on the International Space Station. Not for an actual capture, but to validate the concept. Backed by NASA funding and private investors, they're now developing a larger, smarter version ready for real mining missions. With Transra, the future isn't just about bringing metals back to Earth. It's about building a sustainable space economy where resources are no longer limited.