Elon Musk Confirmed Starship Flight 12 Launch Date Delayed Due To...Artemis II Moon Flyby in Hours!

We are in the days of Artemis. While all eyes are on the moon, Starship refuses to be overshadowed. Elon Musk recently announced that the first Starship V3 flight is now 4-6 weeks away, targeting a mid-May debut. In today's update, we'll check in on Artemis II, which is currently on its journey toward the moon after successfully launching last Wednesday. We also saw ULA's Atlas V make history this past Saturday by launching its heaviest payload ever, 18 tons of Amazon Internet satellites. Finally, Varda Space is back in the news as their latest re-entry capsule mission approaches its scheduled return. Let's dive into the details on this episode of Great SpaceX. While the world's attention is currently fixed on the moon, there is a team in South Texas working just as hard, mostly to ensure that their next rocket doesn't end up as a very expensive firework. That, of course, is the SpaceX team. The burning question remains. Now that NASA has officially launched its star mission, when will Starship finally make its mark? When will Flight 12 take to the skies? Previous updates from Elon Musk and Gwynne Shotwell suggested Flight 12 would launch by late April, provided they manage to accelerate the preparation of Booster 19 and Ship 39. However, it seems the Elon time calculator has struck again. In an update on April 3rd, Musk gave a familiar refrain. The next flight of Starship, which serves as the debut for the version 3 ship and booster, is now 4 to 6 weeks away. If you feel like you've heard this song before, it's because similar timelines were issued in mid-December and late January. This latest shift means the launch has slipped out of April and is now eyeing early to mid-May at the earliest. When do you think we're going to see this launch? Let us know your predictions in the comments down below. To be blunt, this marks another delay for Flight 12. After a launch-free first quarter, we are now staring down another full month without a Starship liftoff, which is a bit like waiting for a sequel to a movie that keeps pushing its release date. The disappointment is significant for a few reasons. First, the gap since Flight 11 in October of 2025 has stretched to half a year. While long pauses happened early in the program due to regulatory paperwork, the current delay feels more like a slow-motion pit stop. Second, Flight 12 is the critical first flight for the V3 hardware. Any further slippage creates a domino effect on SpaceX's 2026 goals, especially as NASA's Artemis schedule moves forward with high intensity. Third, the competition isn't exactly napping. While NASA dominates the headlines with Artemis 2, Blue Origin is expected to launch New Glenn 3 as early as mid-April. However, this delay reflects a newfound caution that is actually a good sign. For SpaceX, success is now just as vital as speed. Flight 12 must demonstrate that the V3 upgrades actually work. A failure would cast doubt on the entire architecture and force a redundant flight, causing even deeper delays. Consequently, SpaceX is no longer taking the fly-it-and-see-if-it-explodes risks of the past. This is evident in the methodical testing of B19 and S39, which have undergone extensive static fire and cryogenic checks before moving to the megabase. Progress should become visible throughout the rest of April. To meet a May launch, static fire tests for both components must be completed this month. SpaceX has already been prepping the stage. Pad 2 has seen upgrades to its clamp mounts, the chopsticks have been tested, and the tower has been reinforced. More importantly, major water deluge tests were recently conducted at the orbital launch mount, basically giving the pad a giant power wash. On the transport side, the booster stand is undergoing adjustments at the Sanchez site, and the ship transport stand arrived on April 3rd, ready to move S39 to the Massey test site at any moment. If Flight 12 is a success, we can be confident that subsequent missions will follow rapidly. The hardware for Flight 13 is already well advanced. Booster 20 is being fitted with its landing tank and aft section, and Ship 40 is fully tiled and ready for movement. The schedule for Flight 12 may be frustrating, but it is a careful build-up for SpaceX's most significant leap yet. What do you think of this more cautious approach? Is it better to wait for a guaranteed success, or do you miss the rapid-fire testing days where things blow up more often? Now, let's shift gears to a major update on NASA's Artemis 2. We've officially moved past the checking mirrors phase of Day 1, where Orion circled Earth to ensure every bolt was tight. On Day 2, the spacecraft performed its massive translunar injection burn, effectively hitting the gas to break free from Earth's gravity and set a course for the moon. After that burn, we settled into the four-day trek across the cosmic void. We now have a confirmed schedule for the big event, the lunar flyby. This is the moment humans will be closer to the lunar surface than they've been in over 50 years. Starting on the morning of April 6th, which is the fifth day, Orion would have officially entered the moon's sphere of influence. So by the time you're watching this, it already happened. And by the afternoon of the same day, which is considered Day 6, the crew will make their closest approach, skimming roughly 4,600 miles, or about 7,400 kilometers, above the craters. That means we are just hours away from a historic milestone. As a pre-flyby gift, NASA released a stunning new image taken on the fifth from inside the Orion capsule. In the shot, Earth looks like a tiny, fragile marble, proving just how deep into the neighborhood they've traveled. It's a great time to set your calendars and stick with us for live updates as the flyby unfolds. While the four-day commute might sound like a long car ride where you can't roll down the windows, it hasn't been without its excitement. Unfortunately, we had a bit of a plumbing crisis in the most critical room on the ship, the toilet. Due to the extreme cold of deep space, some of the wastewater froze and clogged the system. Thankfully, our astronauts proved to be world-class space plumbers. They adjusted Orion's vents to face the sun, using some good old-fashioned solar power to melt the ice and get things flowing again. We're all crossing our fingers that the pipes stay clear, especially since Orion is about to head behind the far side of the moon, where there's no sunlight and no signal to help them out. On a more positive note, Orion's navigation has been nothing short of elite. The mission originally called for an outbound trajectory correction burn after leaving Earth, but the spacecraft was on such a perfect line that NASA decided to skip it entirely. Updates from ESA suggest the service module did perform a small tune-up burn later on the 5th just to nail the final approach. This efficiency is great news as it saves precious fuel for the rest of the 10-day journey. What do you think was the most stressful part of the trip so far? The high-stakes engine burns or the frozen space toilet? Next, let's move on to updates from the United Launch Alliance and the legendary Atlas V. After a few logistical delays, the Atlas V officially roared off the pad from Cape Canaveral at 1.46am on the 4th of April. This mission, which was codenamed LA-05, successfully delivered 29 satellites into LEO for Amazon LEO, the stappy new consumer brand for the megaconstellation formerly known as Project Kuiper. With this 9th successful launch, the constellation has grown to 240 satellites out of a planned 3,200 following a mix of rides on the Falcon 9, Atlas V, and the Ariane 6. The most impressive part of this mission wasn't just the successful deployment, but the sheer weight of it. Those 29 satellites tipped the scales at a total of 18 tons, making this the heaviest payload on Atlas V ever hauled into orbit. To put that in perspective, a standard Atlas V mission usually taps out at 27 satellites, and according to Amazon, this extra muscle was the result of a massive engineering collaboration with ULA, specifically leveraging a high-performance version of the RL-10C engine on the Centaur upper stage. While this engine has flown before, LA-05 was the first time the safety analysis allowed them to push it to these record-breaking limits. It's an inspiring swan song for a rocket that has become a true industry icon. However, ULA can't just rest on its laurels. After this launch, there are only 7 Atlas V missions left in the cabinet before the rocket is officially retired. The clock is ticking for ULA to get the Vulcan out of its recent teething troubles and back into a regular flight cadence to handle the mountain of pending missions on their manifest. What do you think of the Atlas V's record-breaking run? Is it going out in a blaze of glory, or are you ready for the Vulcan era to finally take over? Finally, let's wrap up with an update on a fascinating mission from Varda Space Industries. If you aren't familiar with Varda, they are the specialists in space-made products, launching capsules into orbit to manufacture materials in microgravity before bringing them back to Earth. On March 30th, Varda successfully launched its sixth pre-entry capsule, known as W6. This mission was part of the massive SpaceX Transporter 16 rideshare flight from California which carried a staggering 119 payloads into orbit. If you look at the photos of the Falcon 9 fairing, Varda's capsule was positioned right in the center, ready for its journey. Varda's business model is unique. They use the weightless environment of space to create ground-breaking materials like pharmaceuticals or high-tech crystals that simply can't be made the same way on Earth. But the real challenge is getting those products home. Those capsules spend weeks in orbit before slamming back into the atmosphere at speeds exceeding Mach 25. That generates incredible heat and physical stress, and this is why the capsule features a very prominent heat shield. This particular heat shield is a high-tech sandwich of thermal protection from Sandia National Laboratories and specialized tiles developed by NASA. The W6 mission is especially interesting because it carries a government-funded experiment designed to tackle one of the oldest problems in aerospace, the re-entry blackout. When a spacecraft hits the atmosphere at hypersonic speeds, it's enveloped in a layer of superheated plasma that all GPS and radio signals. To solve this, a company called RIA Space Activity, or RSA, has provided an automated navigation system called AutoNav. This system uses two cameras and a flight computer to take photos of the stars and other satellites in low-Earth orbit while cross-referencing them with a Space Force catalog to determine its position. As RSA's founder, Dr. Sean Usman, noted, seeing through the plasma sheath is a reliable way to navigate when you're effectively flying blind to the outside world. If this test is successful, it could provide a reliable alternative to satellite navigation for future hypersonic vehicles. It's an exciting step forward for both commercial manufacturing and national security. We'll be watching closely to see if the W6 capsule can stick the landing and prove these new technologies. And that brings us to the end of today's episode. From the historic journey of Artemis II to the record-breaking heavy lifts of the Atlas V and the high-tech re-entry tests of Varda, it's clear that the Artemis days are just getting started. Which of these missions are you most excited to see reach its conclusion? As always, this has been Kevin from GreatSpaceX. Your support is what keeps this channel fueled up and ready to launch. Until next time, keep looking up!