Elon Musk declared this after NASA’s Boss wanted to cancel SpaceX's Starship Lander!

Starship will end up doing the whole moon mission. Mark my words. Those were the words Elon Musk just declared in anger after Shawn Duffy announced that Artemis 3 could be delayed by several years, blaming Space X's slow progress on the Starship HLS. What made him even more furious was the news that NASA is now awarding additional contracts to Blue Origin and other companies to develop a backup lunar lander, one that could even replace Starship HLS entirely. That felt like a slap in the face, as if to say, if America loses the moon race to China, it'll be SpaceX's fault. So, what exactly just happened here? Let's find out in today's episode of Alpha Tech. A few months ago, NASA administrator Sha Duffy visited Starbase where he met with SpaceX COO Gwyn Shotwell. The two toured the facilities and inspected the progress of Starship HLS, the crude lunar lander that's absolutely critical for returning humans to the moon under Artemis 3. After that visit, Duffy told reporters that HLS was making great progress and that if there were any delays, they definitely wouldn't be coming from SpaceX. But just a few days ago, on October 20th, he completely flipped his stance. During a live interview on Fox News, Duffy openly criticized SpaceX. >> Artemis 3, uh, Lawrence, is when we land back on the moon. That's going to be about a year and a half, two years from now. SpaceX has the contract. SpaceX, an amazing company. They do remarkable things. Uh, but they're behind schedule. >> Those words pretty much sounded like an indirect admission that NASA's original goal of landing humans on the moon by 2027 is no longer realistic. Duffy then added, >> "And so the president wants to make sure we beat the Chinese. He wants to get there in his term. So I'm in the process of opening that contract up." So now it's clear what his real intentions are. He's simply trying to make himself look effective during his short term as acting administrator and at the same time win favor with President Donald Trump. He just wants things to move faster to serve his own agenda. That very night, Duffy posted a tweet on X publicly revealing his ambition in the new moon race with China. He wrote, "SpaceX has the contract to build the HLS, which will get US astronauts there on Aremis 3. But competition and innovation are the keys to our dominance in space. So NASA is opening up hls production to Blue Origin and other great American companies. Sure, competition can be a good thing, but isn't it a little too late for that? if the goal is still 2027. It just seems silly to imagine anyone getting there faster than SpaceX. And opening up the HLS contract to others almost sounds less like encouragement and more like doubt. And that's exactly what triggered Elon Musk's anger. He immediately replied to Duffy's post saying they won't. SpaceX is moving like lightning compared to the rest of the space industry. Moreover, Starship will end up doing the whole moon mission. Mark my words. Yes, that confidence wasn't just talk. It was backed by results. Over the past 5 years, SpaceX has gradually taken over the global launch market. Musk said that this year alone, the company will be responsible for about 90% of all payload mass sent to orbit worldwide. Think about that. All of Europe, India, China, Japan, Russia, and everyone else combined still make up only about oneth of SpaceX's total. And let's not forget, no other company has ever turned a stretch of sand and swamp in Bokeh Chica into a full-fledged Starship city in just 11 years from 2014 to today. When it comes to building rockets, there's simply nothing out there bigger than Starship. And now we're criticizing HLS for being slow. Right from the start, SpaceX wasn't given much time for the HLS program. And the contract itself wasn't exactly huge either, just $2.9 billion. That's actually less than the $3.4 billion NASA gave to Blue Origin to develop its own Blue Moon lander. But here's the catch. SpaceX only had 6 years to design and build a completely unprecedented lunar landing system. That's far less than the eight years it took NASA to develop the Apollo program, which when adjusted for inflation, had a budget of nearly $150 billion. And we're not talking about a small lander here. The Starship HLS stands 52 m tall and 9 m wide. A massive leap beyond the tiny Apollo era landers. Naturally, that kind of scale requires more time to refine, test, and prove itself. Meanwhile, Blue Origin's lander is designed for Artemis 5, scheduled sometime after 2029. That gives them far more time and a much simpler vehicle to build one that's really just an upgraded version of the old Apollo design. But despite that, Shawn Duffy even went as far as suggesting that Blue Origin's Blue Moon lander MK1 could be used to carry astronauts to the moon, essentially as a backup or even a replacement for Starship HLS if SpaceX failed to meet its schedule. Elon Musk couldn't help but laugh. He jumped into the comments of Duffy's post and wrote, "Blue Origin has never delivered a payload to orbit, let alone the moon." A sharp remark that perfectly captured his view. The idea of expanding the hls contract to SpaceX's competitors was flawed from the very beginning. Still, Blue Origin's progress with the Blue Moon lander shouldn't be underestimated. Recently, the company shared an update showing that their MK1 vehicle had been equipped with a NASA built instrument, one designed to measure lunar dust, kicked up during landing. They made that announcement right in the middle of growing tensions between SpaceX and NASA, almost as if to prove that they're making steady progress and earning more trust along the way. But let's be clear, even if Blue Origin somehow manages to land on the moon before SpaceX, it would still be the Blue Moon MK1, a small test bed for the MK2 version. It's not designed to carry humans and therefore has no real value when it comes to crude missions. So why focus so much on who plants the flag first just to beat China? China isn't racing to touch the surface they're planning to stay there. They've even announced a partnership with Russia to build a nuclearpowered lunar base just a few months ago. That's why Artemis shouldn't aim to repeat Apollo's flags and footprints. It should focus on long-term lunar settlement and eventually on the first human missions to Mars. To make that future real, the choice of lander is absolutely critical. And in that race, SpaceX's human landing system, the Starship HLS, is miles ahead of Blue Origin's Blue Moon MK2 when it comes to long-term vision. Think about it. The difference in scale, reusability, and expandability make Starship the clear choice to turn short visits into permanent outposts. Start with payload the most important factor for any lunar settlement. Starship HLS is designed to deliver up to 200 tons of cargo to the lunar surface in a single mission. Compare that to Blue Moon MK2, which maxes out at around 20 to 30 tons, and only if it's not reused. That's not a small difference. That's a giant leap. Starship could carry everything a real moon base would need. Housing modules, power systems, even machinery to process lunar soil for fuel and life support. Meanwhile, Blue Moon MK2 is built for short trips. Two astronauts 30 days max. It's basically another Apollo style visit, not the foundation of a settlement. There's nothing revolutionary about that. And don't forget, the HLS is just one of many future versions of Starship. Its fully reusable design, combined with orbital refueling using tanker Starships, will make rapid and affordable missions a reality potentially dozens every year once the system matures. Starship can even loiter in lunar orbit for up to 100 days, perfectly sinking with Orion crew flights and ready to bring astronauts back after extended surface operations. Blue Moon MK2, meanwhile, also promises reusability. But its hydrogen oxygen propulsion system and reliance on a separate cis lunar fuel depot make things a lot more complicated. Hydrogen boils off over time, meaning they risk losing fuel during long waits in orbit. Not to mention, the whole system depends on New Glenn launches, which are slower and far more expensive. Early indications suggest that Starship will achieve orbital flights for HLS testing as soon as next year, while Blue Moon MK1 is still preparing for its first landing attempt in early 2026. And even that might slip further, just like New Glenn's second flight, which keeps getting delayed. Sure, Blue Origin's progress is impressive, but let's be honest, they're not playing in the same league when it comes to building a colony. Their goal stops at the moon. SpaceX's doesn't. For SpaceX, the moon is just a stepping stone. Their true destination is Mars. Starship isn't just a lunar lander. It's the backbone of an interplanetary transport system designed to carry both crew and cargo to Mars in the 2030s. Using the same architecture, and at a fraction of the cost, Blue Moon MK2, while capable and well suited for sustained lunar operations, ends there. It simply doesn't have the thrust, the volume, or the scalability to take humanity beyond. By prioritizing Starship Artemis isn't just funding another spacecraft. It's investing in a unified ecosystem, one that can turn lunar resources into the foundation for Mars exploration. Otherwise, we risk scattering our efforts across separate landers, slowing everything down. In the end, Blue Moon MK2 might make a fine backup, but Starship HLS is the real path forward the machine built for the future Artemis needs. Betting on it means leaving behind the short-term race to the moon mentality of Apollo and embracing a marathon toward the stars where the moon is no longer the finish line but the launchpad for everything to come. And that's exactly why Elon Musk is so confident. He truly believes that no future lunar mission can happen without Starship HLS. What SpaceX needs right now isn't more money or new contracts. It's time. Just give them two more years and we'll finally see the HLS soaring through the skies on its way to make history. So, what do you think? Are you excited to witness that moment if you are a type go HLS in the comments? And let's cheer for SpaceX's next giant leap together. Now, let's get back to the story still unfolding those remarks from Duffy. While meaningful to the broader space community seemed aimed at just one person, President Trump. In July, Trump appointed Duffy then at the Department of Transportation as acting head of NASA just six weeks after pulling his previous nominee, billionaire Jared Isaac man over political concerns. Trump's goal was simple stabilize NASA while finding a permanent administrator. But instead of searching for one, Duffy mostly just talked about it. Since late summer, Isaac man's support has quietly grown inside the White House and Congress. He's met Trump several times and insiders say they get along well. Momentum is building for Trump to renominate him possibly any day now. So when Duffy appeared on TV Monday morning, it looked like a move to remind Trump that he's leading progress toward a moon landing within Trump's potential second term. One insider added, "Duffy wants to be president someday." Running NASA has given him a national spotlight, and he's clearly enjoying it. The person responsible for America's space program can't have a two-digit IQ. Yeah, that is not a random internet comment. It came straight from Elon Musk himself. The SpaceX CEO went off on NASA's acting administrator, Shawn Duffy, after he made a move that frankly shocked almost everyone in the space community. Here's the deal. Duffy was pushing to merge NASA with the Department of Transportation. Since he already runs the DOT, he wanted to bring NASA, an agency built for space exploration, under his control, to create one unified system that covers everything from ground transport to space travel. A NASA spokesperson even backed this up, saying Duffy believes NASA could benefit from being part of the cabinet, possibly within the Department of Transportation. But critics quickly warned that such a merger would destroy NASA's independence, turning it into just another bureaucratic branch instead of a pioneering space agency. Elon Musk wasn't having any of that. As the head of SpaceX, he fired back, not just to defend NASA's autonomy, but to expose how ridiculous Duffy's idea truly was. But that wasn't the only reason Musk went after him. On October 20th, Duffy took a direct shot at SpaceX, accusing the company of falling behind on the Starship HLS project. And he didn't stop there. He announced that NASA was now considering a plan B, suggesting that the Aremis 3ander contract could be expanded to include other companies like Blue Origin and Boeing. Then came the statement that really crossed the line. Whoever gets us there first will be chosen. If SpaceX is late and Blue Origin makes it first, good for Blue Origin. At first glance, it looked like NASA was simply trying to diversify its lunar partners. But emphasizing Blue Origin of all companies, that was a clear jab at SpaceX, especially since the two have been fierce rivals for years. To make things worse, Duffy went on to boast that SLS and Orion had already completed their final major hardware components and were preparing for Artemis 2. Basically flexing that NASA's own systems were ready while Starship HLS was still lagging behind because that's exactly what it felt like and Elon Musk wasn't having it. He fired back saying, "Blue Origin has never delivered a payload to orbit, let alone the moon." Then just to twist the knife a little deeper, he added a useful payload. What he really meant was that Blue Origin simply doesn't have real world experience delivering actual payloads, things like satellites, spacecraft, or scientific instruments into orbit, let alone sending them all the way to the moon. So far, Blue Origin's biggest achievement has been taking a few wealthy passengers on a short hop to the edge of space, giving them a few minutes of weightlessness and handing them an astronaut badge. That's a far cry from launching a useful payload. Musk was also hinting at how limited their track record really is. Blue Origin's new Glenn only flew for the first time in early 2025, and even then, it carried nothing more than a mockup of their Blue Ring platform. Meanwhile, SpaceX has already flown 11 Starship test missions and successfully delivered 16 dummy satellites on both of its earlier launches. And that's just Starship, a vehicle still in development. On top of that, SpaceX continues to dominate with its proven Falcon 9 and Falcon Heavy rockets, launching payloads almost weekly for NASA, the US military, and commercial customers around the world. What does Blue Origin have besides New Glenn, a rocket that's been delayed again and again? Not much. So, when you look at the facts, Musk's comment hits hard because it raises the real question. If Blue Origin hasn't even proven they can reach orbit with a real payload, how are they supposed to handle something as complex as landing on the moon? Yes, Musk reacted strongly, and for good reason. His comment wasn't just aimed at Duffy. It was a wake-up call. He wanted to expose the truth about Blue Origin while defending SpaceX's $4.4 billion Artemis 3 contract. Think about it. NASA still hasn't even paid SpaceX in full. Yet, they keep calling the company slow on HLS while putting their trust in a competitor that hasn't completed a single mission. To Musk, that's not just unfair, it's ridiculous. Meanwhile, Blue Origin's New Glenn is still preparing for its second flight, the Escapade mission for NASA. But that mission has already faced multiple delays. First, from mid-occtober to late October. And now, as we approach the final week of the month, there's still no clear new date. Could it slip into next year? It's starting to look that way. Sure, New Glenn's Maiden flight was a big milestone. It finally reached orbit. But with only one flight under its belt, Blue Origin still lacks the realworld experience that SpaceX has been building for years. SpaceX has conducted repeated full-scale tests, gathered invaluable flight data, and steadily matured its technology. That's a huge advantage, especially when NASA demands proven, reliable systems for something as critical as the Aremis 3 lunar landing. That's just the testing side of things. When you look at long-term potential, the specs, the goals, the sheer ambition, Starship completely outclasses New Glenn. Technically, Starship is the world's first fully reusable launch system, made up of the Superheavy booster and the Starship spacecraft, standing about 124 m tall in its version 3 form and an incredible 142 m in version 4. Version 3 alone can carry 150 tons to low Earth orbit or even more in an expendable configuration. After orbital refueling, it could deliver up to 100 tons of cargo to the moon or Mars. The Starship HLS variant takes that design even further. It's built for vertical landings on other worlds, equipped with landing legs for lunar or Martian operations, a critical feature for Artemis 3, the mission that will return astronauts to the moon. Its Raptor engines, powered by methane and liquid oxygen, are designed for INC2 resource utilization, meaning they can produce fuel directly on the moon or Mars, reducing costs and dependence on Earth. And when it comes to the satellite launching version, Starship's massive payload capacity and reusability give it an unmatched economic edge. We're talking launch costs dropping to as low as $10 million, a price that could completely rewrite the economics of space access. In contrast, New Glenn stands 98 m tall and is only partially reusable. Its first stage, powered by seven BE4 engines, can be recovered and reused, but the upper stage, using a BE3U engine, is expendable. New Glenn can carry about 45 tons to low Earth orbit or 13 tons to geostationary transfer orbit, which is far below Starship's capabilities. And while it's designed to launch heavy payloads like satellites or the blue moon lander, it can't land on other worlds. Its role is limited to orbital launches and supporting missions like Aremis 5 in 2030. Much like the old Saturn fear, powerful but not revolutionary. When it comes to flexibility, Starship is in a league of its own. It can carry crews, cargo, and even refuel in orbit depending on the variant. New Glenn, meanwhile, remains focused on traditional orbital missions because it's not fully reusable. New Glenn's launch costs are extremely high, estimated between 68 and $110 million per flight. Compare that to Starship, which aims to bring the cost down to just $10 million, nearly 10 times cheaper. And perhaps most importantly, Starship's ultimate goal is to make life multilanetary to build a human presence on Mars. New Glenn, it's still orbiting around Earth and the moon. Beyond raw specs, we also have to look at infrastructure and production power. And here, too, SpaceX is miles ahead. At Starbase Texas, SpaceX has built a massive ecosystem dedicated to Starship production and testing. The Star Factory handles parts and sub assemblies, while the giant mega bays are where full vehicles come together. Right now, SpaceX can produce one Starship per month, but once the new gigabay, a much larger integration facility, is complete, that number could jump to 3 to five Starships a month. They're also expanding in Florida with operations at launch complex 39A inside Kennedy Space Center and a new factory at Cape Canaveral, giving SpaceX a strong presence on both coasts. This not only eases the load on Starbase, but also supports NASA missions directly from the east coast. Over the years, SpaceX has invested billions of dollars into infrastructure from orbital launch towers to the incredible Mechazilla arms that can catch the Superheavy booster, driving down the cost of reusability even further. By contrast, Blue Origins facilities are far smaller. They have two production sites near Kennedy Space Center for New Glenn and Blue Moon and a main engine factory in Huntsville, Alabama, but none have the mass production capability of SpaceX. And when it comes to launch sites, Blue Origin has just one pad at Cape Canaveral's SLC 36 with no major expansions announced. Space X. They're building at least four integrated launch and catch towers in both Texas and Florida. These aren't ideas on paper. They're already happening right now, which means the future at Starbase is only going to get busier, louder, and a whole lot more exciting. So, looking at the big picture, which one would you rather follow into the future? Let me know what you think. Starship or New Glenn? Deep down, this whole drama between SpaceX and NASA comes from a political tugofwar inside Trump's circle. Jared Isaacman, billionaire pilot, close Musk ally, and commander of two private missions with SpaceX, was actually nominated by Trump to lead NASA back in January 2025. His confirmation was almost certain by April until things suddenly collapsed in late May, reportedly due to tensions between Musk and Trump. But now, the two have apparently made up after a public appearance at Charlie Kirk's memorial. Isaac Mann recently met with Duffy to discuss the position and Trump is said to be reconsidering his nomination after talks with Senators Tim Sheehy and Ted Cruz. Musk, of course, isn't staying quiet. on X. He's been amplifying posts praising Isaac man, like one from investor Shawn Maguire, saying, "I cannot imagine a better NASA administrator than Jared Isaacman." At the same time, he's been subtly undermining Duffy, calling him an outsider who doesn't really understand rockets. It's clear what Musk is trying to do here. He's pushing to bring Isaac Man back, someone who would prioritize SpaceX in future Artemis and Mars missions. If that happens, Isaac man could accelerate NASA's shift toward privatization, cut through red tape, and redirect funds away from bloated programs like SLS, saving billions and strengthening SpaceX's position.