SpaceX Did Something Never Done before on First Starship V3 Static Fire! BO New Glenn Delay…

After three grueling delays over four days, SpaceX finally tested B19, the first V3 booster. Despite rumors of mechanical issues with its transport stand, the vehicle reached the orbital pad for a definitive ground test on April 15th. This milestone showcased the immense power of the new Raptor 3 engines, marking a triumphant moment for the largest flying object ever built. Welcome to this episode of Great SpaceX where we dive into the details of this spectacular achievement. Leading up to this monumental test, the preparations at Starbase were a spectacle in themselves, moving with a level of precision that makes a professional ballet look like a clumsy game of musical chairs. Early in the morning on the 15th, the booster quick disconnect arm securely reconnected with B19, and the launch pad was officially closed off to all non-essential personnel. I once heard a story about a delivery driver who tried to drop off a pizza at the pad gates during a closure like this, and let's just say he left with the pizza and a very sudden, very profound respect for federal airspace regulations. Next, the massive mechanical chopsticks of the launch tower carefully detached from the sides of B19 and were then raised high out of the way. This maneuver reinforced the capabilities of a major static fire test, clearing the immediate area of any delicate robotic arms that you definitely do not want to accidentally melt with extreme rocket exhaust. It's kind of like clearing the fine china off the table before your uncle starts his enthusiastic hibachi grilling performance, except the grill is 500 feet tall and the china costs several million dollars. Meanwhile, the ground support equipment systems, especially the massive tank farm situated nearby, performed incredibly strongly. This high level of scrutiny was evidenced by the powerful, continuous venting of super-chilled gases that looked like a giant mechanical dragon breathing thick white clouds into the humid south Texas sky. If you've ever opened your freezer on a humid day and felt like a mysterious figure in a low-budget 80s music video, you have a small idea of the vibe, just scaled up to world-ending proportions. When the sunlight appeared over the horizon, the pad area was entirely cleared, and the nearby highway track was closed to the public to establish a safe perimeter. Following this, the detonation suppression system test proceeded exactly as usual, utilizing the massive water deluge system to protect the pad. This system is so powerful that I'm convinced if you stood too close, it wouldn't just wash your car, it would wash the paint, the engine, and your memories of ever owning a Interestingly, this time around, the booster transport stand was rolled far away from the orbital launch site, signaling to everyone watching that this was going to be an unprecedentedly intense test fire. Seeing that massive stand retreat is the engineering equivalent of a seasoned veteran slowly backing out of a room because they know exactly how big the impending explosion is going to be. When everything was finally ready and the safety checks were green, the highly volatile cryogenic fuel began to be loaded. The liquid oxygen tanks were fully loaded to the brim to provide the necessary oxidizer weight, while the liquid methane was strictly kept to what was necessary for a short static fire. It's the ultimate high-stakes filler-up where the gas station is a high-tech fortress, and the gas is cold enough to turn a banana into a functional hammer in three seconds flat. With the ground systems perfectly prepped and the area secured, the main event was finally ready to unfold. At approximately 6.22pm local time, the crucial moment arrived. The first entire fleet of 33 Raptor 3 engines simultaneously fired from the new launch pad. SpaceX marked the historic engineering event with a flurry of high-resolution images and videos accompanied by a very simple, understated statement on social media that simply read Numerous pieces of footage captured the spectacular, earth-shaking nature of this test. From the distant footage, including the official tracking streams from SpaceX, we can all see the incredibly powerful visual effect. 33 highly advanced rocket engines glowed with the blinding intensity of a miniature sun and generated a high-intensity thrust right beneath the orbital launch mount. Following that initial blinding burst of thrust was an incredibly impressive visual effect from the thick white smoke and dust that was finally blown out from either side of the pad safely channeled away by the newly designed dual flame trench. With closer, slow-motion shots released directly from SpaceX, we can see much more clearly the massive halo of fiery light created by the engine bells. It was huge, intense, and looked exactly like a blazing inferno that you would expect to Moving beyond the stunning visuals, the true measure of this static fire lay in the raw data and newly demonstrated engine performance. 33 engines activated simultaneously, generating a massive total thrust of over 9,000 tons, which translates to approximately 20.3 million pounds of brute force. This staggering number easily broke their own previous thrust record set by the older Raptor 2 engines. This static fire test seemed to last about 3-4 seconds, completely setting a new power standard for the entire global space rocket industry. While the booster can theoretically reach a maximum of 9,240 tons, the vehicle typically does not reach its absolute maximum during these initial ground tests, as engineers continue to iron out minor internal issues to prevent engine damage at maximum throttle. Besides its raw brute force power, an entirely new operational capability of the Raptor 3 has also been discovered. Based on audio signatures and visual observations from the exact split second of ignition, the high power output was reached very quickly instead of gradually increasing. SpaceX essentially activated almost all 33 engines virtually simultaneously. In older versions, they used a deliberate staggered ignition sequence to create acoustic balance. In this new Raptor 3 engine version, the spark igniter system and the complex fuel delivery plumbing have clearly been vastly improved. In an actual orbital launch scenario, achieving maximum thrust power quickly allows the massive vehicle to lift off the pad much sooner, reducing the time the vehicle impacts the launch pad infrastructure with its own exhaust. Following the successful test, no major problems were reported, proving the engines and the Now that the smoke has completely cleared from the OLM, the Starbase team is rapidly shifting their focus to the logistical hurdles of the upcoming orbital flight. Perhaps after this highly successful test, SpaceX will not actually need to do any further ground testing for this specific booster hardware. A strategic move will likely take place very soon to carefully return B19 back to the towering Megabay for the final check phase in the critical FTS installation. The current educated guess is that the rollback will happen just a day after the test attempt, greatly increasing the chances of B19 reaching the pad for the actual orbital launch targeted for early May. Meanwhile, S39 officially moved to Megabay 2 after successfully completing its own static fire test at the other end of the sprawling Starbase facility. Similar to the lower stage booster, S39 will also go through a rigorous internal check phase and then final hardware assembly, including its own FTS and payload installation. Once everything is perfectly complete, both stages will find themselves on a slow path straight back to the LP for the final vertical stacking operation. With the current incredibly fast-paced progress seen at Starbase, the chances of both stages reaching the pad by early May are very high indeed. While SpaceX is firing on all cylinders in South Texas, a very different pace of progress is unfolding over at the historic Space Coast in Florida. While SpaceX sprints in Texas, Blue Origin's New Glenn faces a slower pace in Florida. Despite looking majestic and ready like a high-end sports car parked in the driveway whose keys might be lost somewhere in the couch cushions, the rocket remained stagnant while Starship progressed. After aiming for an April 15th hotfire, Blue Origin scrubbed the attempt. An aerospace equivalent of getting all dressed up for a fancy gala, sitting in the car, and then deciding you'd actually rather stay home and organize your sock drawer. The company is now targeting April 16th, noting the vehicle and payload are perfectly healthy despite mysterious gremlins, causing the delay. This scrub pushes the maiden flight timeline further to the right for essential data checks. Blue Origin is currently testing the limits of better late than never, much like a chef who keeps checking the oven every 30 seconds. You want the souffle to be perfect, but at some point, the hungry guests are going to start eating the centerpiece. Despite the short-term testing delays with the vehicle itself, Blue Origin is quietly laying the groundwork for a massive multi-coast operational footprint. We all know Blue Origin currently owns the historic LC-36 launch pad at Cape Canaveral in Florida, but company leadership has long been determined to acquire more physical launch platforms to capture a larger share of the commercial and defense satellite markets. Currently, Blue Origin has formally proposed to the U.S. Space Force to develop a brand new launch platform at SLC-14 at Vandenberg Space Force Base in California. This represents a critical milestone to unleash capacity for national security payloads that require polar orbits. USSF Colonel James Horne III, SLD-30 commander, during an update had this to say. Blue Origin's down-selection to continue in the process for final determination of a lease at SLC-14 represents a critical milestone at the Vandenberg Space Port. By taking the next steps to further develop heavy and super-heavy space launch capabilities at SLC-14, we're continuing to unleash our capacity to execute full-spectrum space operations for the nation. In addition to the highly anticipated California launch site expansion, rumors suggest Blue Origin is targeting LC-11 at Cape Canaveral, located right next door to LC-36, potentially renaming it to LC-36B to act as a secondary, redundant pad. If these expansion plans hold true, Blue Origin is aiming for a future with three distinct fully operational launch sites on both coasts of the United States. The overall business goal is to drastically increase their annual launch frequency and ensure highly viable backup options. However, the biggest question hanging over the entire company remains whether they can actually ramp up New Glenn's manufacturing and flight operations soon enough to justify the expense of real estate. As both of these aerospace giants navigate their respective hurdles and ambitions, the future of heavy lift rocketry has never looked more exciting. Whether it's SpaceX pushing the boundaries of raw power or Blue Origin attempting to cement its physical footprint across the country, it's a wild ride and I'm glad you're along for it. It really is a golden age of engineering where the office for these folks involves massive explosions, cryogenic fuels, and literal rocket science. I sometimes think about the IT department at these companies. Imagine the stress of your computer lagging when you're mid-launch. Have you tried turning the 300-foot rocket off and on again? Probably isn't a joke they find very funny at T-minus 10 seconds. In any case, folks, that brings us to the end of today's episode covering the latest and greatest developments in the commercial space race. Thank you so much for tuning in and spending your valuable time with us. I know your time is precious and there are plenty of other things you could be doing like trying to figure out why your own ground support equipment, otherwise known as a lawnmower, won't start on the first pull. As always, this has been Kevin from GreatSpaceX. We'll be right here to cover the next static fires, the massive rollouts, and hopefully the orbital launches very soon. I'll keep my eyes glued to the tracking cam so you don't have to, mostly because my social life has become largely dependent on the Starship flight schedule anyway. Until next time, stay curious, keep your eyes on the skies, and keep looking up. The universe is big, but our rockets are getting bigger and the view from the top is only getting better. See you in the next one.