What Rocket Lab just did after SpaceX Humiliated Blue Origin...

If we're talking about a real threat to SpaceX, forget Blue Origin. It's Rocket Lab. In recent years, Rocket Lab has quietly risen as a powerful new player. They've been growing slowly but steadily, and now they're clearly ready to compete with the giants of the space industry. Not only have they managed to snatch a good chunk of the market from SpaceX, they've also left Blue Origin, SpaceX's longtime rival, looking totally embarrassed. And just recently, what they pulled off with their Electron rocket took the entire space community by surprise. So, how did a small private company end up putting pressure on the biggest names in space? Let's find out in today's episode of Alpha Techch. Lately, it seems like some SpaceX fans have quietly drifted away or disheartened by the string of setbacks surrounding Starship and the company's ground infrastructure. But let's be fair, this is still just the beginning of a long and ambitious journey. Elon Musk's ultimate goal has always been Mars, and what we're seeing now is simply the first chapter of that mission. That's only part of the picture. On the technical side, SpaceX is pushing hard to steer development back on track. Pad A is being actively repaired and upgraded so ship 37 can perform a static fire test there, laying the groundwork for Starship Flight 10, currently expected in early August. And while Starship grabs the spotlight, we shouldn't overlook the backbone of SpaceX's success, the Falcon Fleet. Falcon 9 alone has already flown 56 times with a mind-blowing 99.6% success rate. just three failures. That kind of reliability is unmatched in the history of space flight. Then there's Falcon Heavy, launched 11 times with a flawless 100% success rate. Of course, none of these achievements came easy. Behind those numbers are years of trial and error, fiery failures, and moments when SpaceX was on the brink of bankruptcy. But they kept going, and now they're setting standards the rest of the industry can only dream of. However, there is one company that's quietly edging closer to the level Spac X has achieved, and that's Rocket Lab. Their small but reliable Electron rocket has completed 68 orbital launches with only four failures, an impressive 94% success rate. Who knows, maybe one day they could even challenge some of SpaceX's records. It's a long shot, sure, but you can't ignore the progress they've made, especially when you compare them to Blue Origin. Bezos's company has pulled off 13 successful crew suborbital flights with crew on board, taking 70 passengers on a few minutes trip to the edge of space. And yes, they've made around $8 million per flight from selling six seats. But that's still far behind the kind of revenue that comes from launching satellites into orbit like what SpaceX and Rocket Lab are doing. All right, back to the main point. So, what exactly has Rocket Lab done recently that's making even SP X keep a close eye on them? Well, surprisingly, it's the fact that they just launched two Electron rockets back to back within 48 hours. Now, sure, that might not sound too crazy when compared to SpaceX. After all, Falcon 9 flew three missions in under 37 hours just this past April, but here's the thing. Rocket Lab is a much smaller player. They normally launch one mission a month, sometimes even slower. So, pulling off two launches in just 2 days, that's a major leap forward, and it's exactly the kind of progress that makes competitors pay attention. The first of the two launches took place on June 26th, successfully delivering four satellites for Hawkeye 360 into orbit. Then, just 2 days after that, Rocket Labs Electron lifted off from launch complex 1 in New Zealand at 3:00 a.m. local time on June 28th. Less than an hour after launch, the rocket's upper stage successfully deployed its payload into a 650 kilometer sun synchronous orbit. Rocket Lab didn't share much about the mission, choosing not to respond to media questions regarding the payload or the customer. Even so, many in the spaceflight community believe the launch was commissioned by Echoar, a US-based telecom company that also worked with SpaceX earlier this year to launch their Lyra satellites. It marked the shortest turnaround yet between two missions launched from Rocket Lab's New Zealand site. Following the launch, Rocket Lab CEO Peter Beck said in a statement, "The future of space is built on proven performance, and Electron continues to deliver beyond expectations amid a packed launch schedule this year." That statement felt almost like a message to Rocket Labs competitors, a quiet warning that the real push is coming later this year when the race gets even more intense. In a way, it also hints at something deeper. Some of SpaceX's customers could soon be slipping into Rocket Lab's hands. And that's actually a pretty big deal because launching a satellite on Rocket Labs Electron costs about $7.5 million per flight, while SpaceX's Falcon 9 comes in at around $67 million. That means Falcon 9 appears nearly 9 times more expensive. Now, naturally, most customers tend to go for cheaper options if they still offer good quality. But let's not get it twisted. Electron is only designed for small payloads like cubats with a maximum capacity of about 300 kg. That puts the price per kg at roughly $25,000. Meanwhile, Falcon 9 can carry up to 22,800 kg to low Earth orbit, which brings its cost per kilogram down to just $2,700. That's why despite the high total price, SpaceX continues to win big government and military contracts, $5.9 billion worth to be exact. It's not just about price, it's about capability, reliability, and trust for bigger, more important missions. Behind its modest payload capacity, Rocket Labs Electron is a two-stage rocket standing just 18 meters tall and 1.2 meters in diameter. Its first stage is powered by nine Rutherford engines producing 190 konton of thrust at liftoff and peaking at 224 kon roughly 22.8 metric tonses of thrust. Still, it's pretty impressive that a rocket this small with relatively limited thrust can reach orbit. That's something not every large oddly shaped rocket looking at you, Blue Origin can claim. The Rutherford engine used on both stages of Electron runs on RP1 and liquid oxygen, a common propellant combination in aerospace. To date, Electron has completed 68 launches and successfully deployed 235 satellites, cementing Rocket Lab's position in the small satellite launch market. All in all, it's a well-deserved win for Rocket Lab. Their hard work is clearly paying off as they've managed to pull ahead of Blue Origin in the satellite launch market. So far, Jeff Bezos's company has yet to successfully launch a single payload for a customer despite having signed launch contracts with several major clients. On November 14th, 2024, they reached an agreement with A Space Mobile to launch Block 2 Bluebird satellites to low Earth orbit between 2025 and 2026. Blue Origin is also set to deploy satellites for Amazon's Project Kyper, a lowb internet network aiming to compete with SpaceX's Starlink. But with Starlink already serving over 5 million customers, Kyper is facing an uphill battle, and some might say it's a lost cause. In addition, Blue Origin has been tasked by NASA to launch the Blue and Gold satellites for the Escapade mission, which will study solar wind interactions at Mars. That mission, originally planned for 2024, has been delayed and is now expected to launch in the third quarter this year. You probably already know the reason why, right? They've signed multiple contracts, but nothing's been delivered, mainly because their new Glenn rocket has run into quite a few setbacks, especially from late last year into early this year. Between August and September 2024, they experienced hardware issues, including bent components due to employee error. Then in September, they were fined $3,250 by Florida's Department of Environmental Protection for using a water deluge system during a static fire test without the proper permit. In early January, they had to scrub the NG1 mission four times before finally managing to launch on January 16th. Fortunately, things eventually turned in their favor. That first launch NG1 successfully delivered the Blue Ring Pathfinder satellite into orbit. However, the booster was lost during its attempted landing on the Jaclyn ship in the Atlantic Ocean. Telemetry showed that three out of the seven BE4 engines failed to reignite properly, causing the booster to be lost at MOS 5.5 and an altitude of 25.7 km. Since then, they've been struggling to fix and upgrade the vehicle. Most recently, several internal sources have revealed that the next New Glenn launch is now scheduled for no later than August 15th. Many believe that the upcoming launch might be the first step toward flying NASA's Escapade mission on New Glenn's second flight. The mission involves sending a pair of small spacecraft to Mars to study the planet's magnetosphere. However, since Blue Origin missed the previous Mars transfer window last year, they'll have to wait until the next one opens at the end of next year. That means while a nominal launch might still happen this fall, the spacecraft wouldn't be able to reach Mars until late 2027. None of this information has been made public. Instead, Blue Origin's official page on X is currently flooded with updates about NS33, yet another space tourism flight following the all female crew drama that made headlines not long ago. Their suborbital New Shepard rocket lifted off on Saturday at 9:39 a.m., carrying six ultra-wealthy passengers more than ready to spend a fortune, essentially pumping cash straight into Jeff Bezos's pockets. Coincidentally, that very same day also happened to be Jeff Bezos's wedding to his fiance, Lauren Sanchez. The lavish ceremony took place in Italy with Bezos reportedly shelling out nearly $30 million to host the event and invite a star-studded guest list. According to some sources, he even invited President Donald Trump, possibly hoping to forge a connection. Now that Trump's relationship with Elon Musk seems to have soured. In the end, Trump didn't show. Whether due to a scheduling conflict or a quiet decline, no one knows for sure. As for Musk, Bezos's longtime rival, he was nowhere to be seen at the wedding either. But here's a question. Do you think Jeff Bezos even invited him? Back to NS33. As usual, the flight lasted about 10 minutes, reaching an altitude of approximately 105.2 km above Earth. Among the passengers was Carl Quainer, chairman of building and land technology. According to the Space Explorers Association's Registry of Space Travelers, he officially became the 750th person in history to fly into space. Overall, at this point, Blue Origin is putting all its hopes on New Glenn as its direct answer to SpaceX's Starship, but they'd be wise to keep an eye on Rocket Lab, too. The company's Electron rocket reflects a team aiming high and moving fast as the year progresses. From its payload capabilities to its high success rate and reusable features, every part of Electron has been built with a mix of ambition and practicality. Looking ahead, Rocket Lab is focusing on optimizing its upcoming Neutron rocket for reusability and ambitious missions, including launching 1,500 kg payloads to Mars or Venus. It's shaping up to be a valuable workhorse for future Artemis related lunar missions and potentially much more. So, do you think Rocket Lab and its Neutron rocket have what it takes to surpass Blue Origin and New Glenn? Let us know by answering yes or no in the comments below. And don't forget to like the video and subscribe to Alpha Tech for more updates on space companies and the ever evolving world of cosmic exploration.