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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 Space X 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 air space 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 diluge 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 car right off the face of the earth. 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 unprecedented 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 6.22 pm 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 understate