ULA is Being Sold after Massive Trouble, and You Won't Believe Who's buying it!

United Launch Alliance, a company worth not even 1% of SpaceX, has been up for sale for nearly two years. And yet, no one has pulled the trigger. Not because it's expensive. Some buyers could have picked it up for $0. But the moment they dug deeper, they all walked away. And now, here's where things get interesting. Rocket Lab, a company whose market cap has been exploding, has reportedly expressed interest in this so-called poison prize that everyone else seems too afraid to touch. So, will Rocket Lab actually buy ULA? And if they do, what opportunities would come with it? And what serious challenges would they be walking into? Let's find out in today's episode of Alpha Tech. We've become so used to the intense rivalry between SpaceX and Blue Origin, two giants shaping today's space industry that it's easy to forget an earlier battle that defined a previous era. In the late 1990s and early 2000s, the real battle in the US launch market was between Boeing's Delta rockets and Lockheed Martin's Atlas. The two aerospace giants went head-to-head for US government launch contracts, burning enormous amounts of money with no clear winner in sight. Then came an unexpected twist. Instead of fighting each other to exhaustion, especially as new competitors were beginning to emerge, they made a surprising decision. They joined forces. In 2006, United Launch Alliance or ULA was formed as a 50/50 joint venture combining the technology, infrastructure, and expertise of both companies. The result, for more than a decade, ULA held an almost near monopoly on launch missions for NASA and the US Department of Defense, delivering reliability that was at the time nearly unmatched. But fast forward nearly 20 years, and the situation has completely flipped. Since 2023, Boeing and Loheed Martin, ULA's own parents, have been looking to sell the company. The reason is simple. Both want to refocus on their core businesses. Boeing is prioritizing commercial aviation and defense while trying to ease mounting financial pressure largely driven by problems with the Starlininer program and Loheed Martin is shedding assets that no longer fit its long-term strategy. There's also a deeper issue. ULA has been steadily losing market share under relentless pressure from SpaceX, whose lower launch costs and higher flight cadence have made it increasingly difficult for ULA to remain competitive and profitable in the long run. That growing gap may also explain why a kind of invisible wall formed between SpaceX and ULA, making any real cooperation essentially impossible. In fact, back in 2016, a bizarre rumor even surfaced claiming that ULA had hired a sniper to shoot at a SpaceX Falcon 9 rocket, causing it to explode. SpaceX reportedly requested permission to inspect the roof of a ULA facility about a mile away and even filed a report with the FBI. In the end, no evidence was ever found, but after that drama, any chance of collaboration between the two companies was effectively dead. While Falcon 9 began launching satellites week after week, ULA's Atlas 5 and later Vulcan flew only a handful of missions per year. That context may also explain another surprising development. Just before Christmas 2025, legendary ULA CEO Tory Bruno, who had led the company for more than 11 years, suddenly announced his resignation to pursue new opportunities. No one knows for sure whether the prolonged sale process and repeated Vulcan delays played a role or whether he simply felt that his work at ULA was done. Either way, the timing of Bruno's resignation is hard to ignore, coming right as the ULA sale process has dragged on for more than 2 years without a clear outcome. Over that period, several potential buyers stepped into the race to acquire ULA. Rocket Lab was one of them, showing early preliminary interest back in 2023 2024, though it never moved beyond surface level discussions. But the standout candidate in the early phase and widely seen as the strongest contender at the time was Jeff Bezos's Blue Origin. This company was supplying BE4 engines for ULA's Vulcan Centaur rocket. And acquiring ULA looked like a strategic bargain, a way to accelerate Vulcan's development and integrate propulsion and launch under one roof. Another notable contender was Sierra Space, the company behind the Dreamchaser space plane. Sierra Space reportedly advanced to deeper negotiations in 2024 and was even seen as a leading candidate toward the end of that year. Beyond that, there were three or four other interested companies circling the deal. And yet, in the end, every single one of them walked away. The primary reason appears to have been price. Boeing and Loheed Martin were reportedly asking for more than$4 billion while most analysts valued ULA closer to $2 to $2.5 billion. A figure that's still less than.5% of SpaceX's current valuation with Elon Musk company now estimated at around $800 billion. But was the high asking price really the main reason these deals collapsed? According to some analyses, a buyer wouldn't just acquire ULA at little to no net cost. They could potentially walk away with $7 to8 billion in additional value once assets, contracts, and long-term revenue streams are factored in. And that may be exactly why Rocket Lab's interest in ULA has quietly resurfaced in recent months. This idea has even been debated publicly by major space journalists. In a recent thread on X, Jack Kerr from Payload Space suggested that Rocket Lab should seriously consider acquiring ULA at around 5 billion. His argument centers on ULA's massive contract backlog, more than 10 billion in total. The largest share comes from Amazon's project Kyper. Amazon has booked 38 Vulcan Centaur launches with ULA, a deal estimated to be worth $6 to7 billion. On top of that are US national security contracts from the Department of Defense. Most recently, ULA was awarded a batch of 19 missions worth 5.3 billion in 2025 scheduled to fly through 2034. Add in remaining legacy contracts, and that's another $4 to6 billion in committed revenue. If Rocket Lab were to acquire ULA, it would inherit that entire backlog intact. In theory, all they'd need to do is keep producing and launching Vulcan on schedule, and revenue would keep flowing for the next seven to 10 years. No new sales pitches, no convincing new customers. That's why Jack Core and others online like to joke, "Buy ULA for $5 billion and walk away with 10 or 12 billion in contracts." That's basically buying it for close to zero or even locking in a few billion in profit upfront. On paper, it sounds like a dream deal, almost a deal of the century. But reality, of course, isn't that simple. That's where Eric Burgerer of ours Technica pushes back hard. He argues that ULA's true value is significantly lower than $5 billion. Several major potential buyers, including Blue Origin and Sierra Space, had already kicked the tires and walked away, largely because the asking price was too high. Beyond that, Vulcan remains expensive compared to competitors. is still dependent on Blue Origin's BE4 engines, has been slow to scale up launch cadence, and carries additional burdens, including pension obligations for former employees. If ULA were really that attractive, Tory Bruno wouldn't have walked away. So, will Rocket Lab actually buy ULA? The short answer is maybe. But there are several key factors that could shape that decision. First, Rocket Lab's market cap has surged to around 40 billion, driven by a string of recent successes. Electron achieved a 100% success rate across 21 launches in a single year, and the company landed a major $816 million contract from the US Space Development Agency to build missile defense satellites. That momentum has pushed RKLB stock higher, making it far easier for Rocket Lab to raise capital either through equity or debt to finance a potential ULA acquisition. Second, Rocket Lab has clear ambitions to move beyond the small and medium lift market dominated by Electron and Neutron and into heavy lift where it would compete directly with SpaceX and Blue Origin. Acquiring ULA would instantly deliver Vulcan Centaur, a rocket already certified for national security missions, allowing Rocket Lab to diversify its launch portfolio and gain deeper access to the US national security space launch market, where it's already gaining traction through the SDA contract. Third, there's the Neutron timeline. Neutron Rocket Lab's own medium to heavy lift vehicle has yet to fly with its first launch currently expected in late 2026 or later. Even after that, reaching a stable cadence of 10 or more launches per year typically takes another 3 to four years, pushing meaningful neutron-driven revenue closer to 20 to 30. In that gap, ULA could act as a bridge. More importantly, Vulcan would allow Rocket Lab to start flying right away. It could immediately begin working through ULA's massive 10 plus billion dollar contract backlog, spanning Amazon's project Kyper and US military missions, generating steady revenue without waiting for Neutron to mature. That bridge could help Rocket Lab avoid a multi-year gap where it lacks a large rocket capable of flying the industry's most lucrative missions. So yeah, despite how convincing those arguments may sound, they only tell half the story. The other half points in the opposite direction. Rocket Lab may not buy ULA after all. The most obvious reason is also the simplest. If ULA were truly that easy to turn into a money machine, Boeing and Lockheed Martin wouldn't be trying to sell it in the first place. That's the big picture view, but the details make the case even clearer. Take 2025 for example. ULA completed just six launches that year. Five using the aging Atlas 5 and only one with the new Vulcan Centaur. That's nowhere near the original plan, which once aimed for around 20 launches per year, not even a third of the target. So, what went wrong? Part of the answer is that Vulcan is not a flawless rocket. At least not yet. During the CERT 2 flight in October 2024, a large section of the nozzle from one of Vulcan's 2 GEM 63XL solid rocket boosters detached mid-flight due to a manufacturing defect. The incident forced ULA to halt production and launches while the issue was investigated and corrected. As a result, in 2025, the US Space Force rated Vulcan's performance as unsatisfactory. Those technical delays didn't just slow the program, they eroded confidence and pushed part of ULA's launch workload toward SpaceX instead. And that leads to the next issue. Yes, ULA does have an attractive $10 to12 billion backlog. But that's future revenue spread out over many years, not money sitting in the bank. If you buy ULA, you inherit that backlog. And in theory, as long as you launch on schedule, the cash keeps coming in. But to earn that $10 billion, you first have to spend billions. Vulcan is an expensive rocket to operate, roughly $100 to $200 million per launch. There are BE4 engines to buy from Blue Origin, salaries for a large workforce, factory and infrastructure maintenance, and all the overhead that comes with running a legacy launch provider. Delays come with heavy penalties. Margins are thin because Vulcan isn't reusable, and without major reform, profits can evaporate quickly. So, here's a quick question. If you were an investor, would you take the risk and buy ULA? Let me know what you think in the comments below. On December 21st, 2025, Rocket Lab completed its 21st launch of the compact but brutally efficient Electron Rocket. Flying a mission boldly named the Wisdom God Guides. The launch took place from launch complex 1 in Mahia, New Zealand at 7:36 p.m. local time. Electron successfully deployed the QPS SR-15 satellite for Japan's IQPS, marking the seventh synthetic aperture radar, or SR satellite rocket lab has launched for the company. This mission further expands IQPS's Earth observation constellation capable of delivering highresolution images through clouds, rain, day, or night and near real-time coverage across 12 different orbital planes. And the result, absolute perfection. A 100% successful flight. This tiny 18 m tall rocket placed the satellite precisely into a circular orbit at 575 km. An incredibly clean insertion that once again showcased the pinpoint accuracy of the Rutherford engines and Electron's kickstage. That precision matters because it reduces atmospheric drag and significantly extends the satellit's operational lifespan. This launch also locked in a new record. All 21 Electron flights this year were successful, a massive jump from last year's 16. The last time Electron experienced a failure was back in September 2023, caused by an electrical arc in the second stage after stage separation. That was the final mission loss. Since then, two full years of growth, two years of maturity, two years of proving that Electron is the most frequently flown orbital small launch rocket on the planet. Following the mission, Rocket Lab CEO Peter Beck summed it up perfectly, saying, "Mission success. That's 100% mission success for 2025. Congratulations to the Electron team for an epic year." And of course, an achievement this big didn't escape Elon Musk's radar. He jumped straight into Peter Beck's post and left a short but loaded reply. Well done. And that matters because this is one of the rare times Musk has openly praised a competitor. When it comes to Blue Origin, Musk usually does the opposite. Sarcastic jokes and playful jabs. One memorable example was when Jeff Bezos posted a video of New Glenn and Musk commented, "Morning glory." followed by laughing emojis, a not so subtle joke about how the rocket has to be erected upright in a way that looks a little too familiar. But with Rocket Lab, this wasn't a joke. It was recognition, a nod of respect, and more than that, a signal that Rocket Lab is now seen as a serious player, one worthy of real competition, pushing the industry forward together. But Musk wasn't congratulating Rocket Lab just for their perfect success rate. What really caught his attention was the launch cadence. Just 3 days earlier on December 18th, 2025, Rocket Lab had successfully flown its STPS30 mission, also known as Don't Be Such a Square, for the US Space Force, launching from Wallops Island, Virginia. That was their 20th launch of the year, deploying four DISSAT technology demonstration satellites. So, let that sink in. two orbital launches just 3 days apart from two different launch sites in two different hemispheres, New Zealand and the United States. That's not normal. That's a clear sign of extremely high launch cadence and true responsive launch capability. Now, compared to Falcon 9, Rocket Lab is still a step behind in sheer launch volume. SpaceX has flown roughly 165 Falcon family missions this year, averaging just two days between launches, a cadence no other company on Earth can match. So yes, by that measure, Rocket Lab's 3-day gap is slower. But context matters. Falcon 9 flies that often mainly because it's serving Starlink, SpaceX's own internal mega constellation. Rocket Lab, by contrast, flies almost entirely for paying customers, which naturally stretches their launch schedule. Even so, Rocket Lab's rapid progress has made Blue Origin look downright embarrassed. Despite having not one but two rockets, Blue Origin still can't even launch a satellite for themselves. First, let's talk about New Shepard. This rocket is purely a suborbital passenger vehicle, basically taking billionaires and celebrities to the edge of space for a few minutes of zerog before coming back down. In 2025, it flew nine missions, seven of which carried crews. Each flight usually seats six passengers, and the latest NS37 on December 20th even carried the first person in a wheelchair to space, a noteworthy milestone. That brings the total to 42 billionaires and celebrities who went to space this year. While ticket prices aren't publicly disclosed, a deposit of $150,000 is required to reserve a seat. And estimates put New Shepard's revenue at 7 to 9 million USD per flight. But here's the catch. It only reaches the Carmon line and comes back down. Sure, those passengers can be labeled as astronauts, but New Shepard has never actually put a satellite into orbit. Then there's New Glenn, the much hyped orbital heavy lift rocket from Blue Origin. It finally flew twice this year. First in January 2025, deploying the Blue Ring Pathfinder into orbit, but the booster landing failed. The second flight was in November 2025, sending NASA's Escapade twin probes to Mars. This time, the booster stuck a perfect landing, almost like SpaceX's Super Heavy hitting Mechazilla. Impressive. maybe for Blue Origin, but in comparison, SpaceX does this kind of orbital mission with Falcon 9 every week. So, there you have it. Only two orbital launches all year for Blue Origin, while Rocket Lab's tiny little brother Electron has flown 21 successful missions, putting dozens of real satellites into orbit for paying customers. Blue Origin still can't even launch a satellite for themselves. Sure, that might happen eventually, but the cost is staggering. On New Glenn's second flight, NASA paid nearly $20 million to launch just two satellites totaling 1,070 kg. That's over $18,000 per kilogram. Compare that to Falcon 9, roughly $3,000 per kilogram. And in the future, when SpaceX starts launching satellites on Starship, the cost drops to just $100 per kilogram, something they've already proven on flights 10 and 11. In short, Rocket Lab makes Blue Origin look like a guy who's always bragging about his luxury yacht, but only uses it to fish near the shore. So, which side are you on, Rocket Lab or Blue Origin? Drop your thoughts in the comments below. Of course, looking ahead, SpaceX is moving forward with Starship. Blue Origin has new Glenn, and Rocket Lab is also pushing ahead with its brand new rocket, Neutron. Neutron is a mediumclass rocket built to be flexible and costeffective. A smart move by Rocket Lab. They're playing the long game, knowing that Falcon 9 will eventually take a back seat as Starship takes over satellite launches. Starship will clearly be more capable, cheaper, and more efficient. Falcon 9 isn't disappearing, just flying less often. That opens the door for Neutron to step in and compete with a heavy hitter like Falcon 9 today. Meanwhile, in the heavy lift category, New Glenn faces a tough road against Starship, a multi-roll rocket that doesn't just launch satellites, but also carries massive space station modules, refueling stations, and can support moon and Mars missions. Every rocket has its niche, and Starship is optimized for nearly everything. Back to Neutron. Development kicked off in 2020, and the rocket is on track for its first test flight by the end of 2025, just 5 years from concept to now. They're about to do a static fire test of the upper stage. This fast pace really shows Rocket Lab's agility and ambition, especially when you compare it to Blue Origin's slow crawl. What sets Neutron's upper section apart is its unconventional design. Unlike traditional rockets where the upper stage sits on top of the first, supported from below, neutrons is suspended from above, housed inside the first stage tank. During flight, the first stage fairing opens in space to release it, and the Archimedes engine ignites to carry the payload into orbit. This streamlined approach simplifies separation and reduces the risk of failure. Of course, this means the upper section won't be reusable. Only the fairing can be recovered. While full reusability is SpaceX's hallmark with Falcon 9, Rocket Lab's decision to keep the upper part expendable avoids the complexity and refurbishment costs of fully reusable systems. This pragmatic approach strikes a balance between innovation and affordability, allowing Neutron to compete in the mediumclass market without the operational burden of a fully reusable rocket. Neutron's first stage is equally impressive, combining simplicity, reusability, and cost effectiveness. A standout feature is its fixed landing legs, a high- techch choice that eliminates the need for deployable or retractable mechanisms. Fixed legs are simpler to design and build, reducing the risk of mechanical failure, a critical consideration for a rocket aiming for vertical landings. To support Neutron's landings, Rocket Lab has partnered with another company to build a massive drone ship on X. They said, "We've signed an agreement with Bowlinger ship to complete the buildout of our 400 ft landing platform for neutron missions that return to Earth at sea." In short, if you want to witness neutron touchdown on this massive drone ship, you'll have to wait for the maiden flight, expected in the first quarter of 2026, a year that promises to be packed with turbulence and excitement for the entire space industry. Three.