SpaceX officially announced NEW LAUNCH DATE for 9th Starship flight after S35 Problem...

It seemed like we would have to wait longer for SP X to launch Starship for the ninth time. But wait, that was just the standard from a few days ago. Now we're facing a completely different situation. Starship version 2 will be taking off sooner than ever, right in midMay. Of course, this is not an unfounded statement, but has been confirmed through reliable sources. So, let's find out on today's episode of AlphaTech. As we know, SpaceX recently conducted a high stress static fire test of the next Starship version 2 vehicle known as ship 35 in preparation for the important upcoming Starship Flight 9. Originally, had the test gone smoothly, SpaceX would have been ready to launch within the week. However, the results revealed an issue with one of the Raptor engines, prompting the immediate return of ship 35 to the production site on May 2nd. At that moment, many speculated about deeper problems with the Raptor 2 engines, especially the Raptor vacuum variant, and predicted that SpaceX would need a significant amount of time to identify and resolve the issue. Surprisingly, and contrary to expectations, SpaceX acted swiftly and replaced the problematic engine almost immediately. This replacement was spotted on the evening of May 3rd at Starbase, signaling the team's decisive commitment to getting ship 35 back on track. A new static fire test with the newly installed engine is expected within days. This upcoming test will help confirm what went wrong with the original Raptor engine and provide a clearer view of the improvements SpaceX has made for the next mission. It's important to remember that engine problems have been recurring in the last two launches. For example, during flight 8, footage from the engine bay showed a small fire near the Raptor vacuum area just before a series of engine failures caused the vehicle to lose control and ultimately fail its mission. This latest engine swap, along with other modifications SpaceX may have implemented, such as new shielding, enhanced fire suppression, and improved ventilation systems, demonstrates the team's determination to overcome these persistent technical challenges. SpaceX's turnaround speed is truly impressive and overwhelming. It's clear they are highly committed to keeping Flight 9 on schedule and avoiding launch delays that could backlog their fleet. One strong indicator of this push is the issuance of an official navigational warning for the Indian Ocean, which is the designated landing zone for ship 35. This notice aligns with past Starship missions in which the vehicle targets a splashdown in the Indian Ocean after re-entry. Operations are typically scheduled for early morning local time to optimize visibility for tracking and recovery. The warning covers a two-week launch window from May 9th to May 22nd with the most likely flight times being in the early morning. Additionally, a local notice to Mariners LNM has been issued indicating a launch window from May 19th to May 28th, 2025 from SpaceX's Starbase facility in Bokeh Chica, Texas. These notices strongly suggest a launch attempt is imminent with the latter half of the window, especially around May 20th, looking particularly promising based on current preparations and past launch patterns. That's not all. On another front, a NASA WB57 aircraft has been scheduled for a visual support mission. The WB57, a high altitude research aircraft, has been used by NASA to gather data during SpaceX's Starship tests, specifically for the scientifically calibrated in-flight imagery program. This program employs advanced multisspectral imaging to collect global surface temperature data during hypersonic re-entry helping to validate thermal protection systems TPS for Starship and broader applications like entry, descent, and landing EDL on Mars. For example, in previous Starship tests, the WB57 flew at altitudes of 60,000 ft to capture infrared imagery of the spacecraft's re-entry, providing critical data that would be impossible to obtain from groundbased observations. The placeholder dates of May 21st to 22nd closely align with the navigational alerts issued for Starship Flight 9, the Hydropack NAV warn for the Indian Ocean re-entry zone May 9th to 22nd, and the local notice to Mariners LNM for a launch from Bokeh Chica, Texas, May 19th to 28th. This overlap suggests that the WB57 may indeed be scheduled to capture imagery of ship 35's re-entry during this time frame. Although the placeholder is not explicitly tied to Starship, since NASA also uses the WB57 for a variety of missions such as eclipse observations and hurricane studies, the timing and context strongly suggest a connection. Notably, NASA has previously coordinated WB57 flights with orbital Starship test missions to collect key aerodynamic data. This development cast doubt on speculation that the Starship Flight 9 launch might slip into June due to the recent Raptor engine issue during testing. In fact, it reinforces the likelihood that the launch will still happen in May, more specifically between May 20th and 23rd. Now, let's take a closer look at the expected timeline. The static fire test of ship 35 S35 at the Massie test site is a critical milestone. This test involves firing the Raptor engines while the vehicle remains anchored to the ground, verifying their performance, thrust vectoring, and integration with the ship's systems. A successful test ensures that S35's propulsion system is ready for flight. If the test goes smoothly, SpaceX can confidently proceed with the next steps. Any anomalies, however, could delay the schedule as engineers would need to diagnose and resolve issues, potentially pushing integration to later in May. Assuming the engine test is successful, S35 will return to the Starbase production site in Bokeh Chica, Texas for the integration of critical systems. This phase involves installing the flight termination system FTS which is a safety mechanism designed to destroy the vehicle in case of an offnominal trajectory during flight. Additionally, the payload, whether it's a test article, a dummy mass, or an actual satellite, will be integrated. This step is crucial for ensuring the vehicle is fully equipped for its mission. The timeline of May 10th to 15th suggests a tight but achievable window reflecting SpaceX's streamlined processes and the team's ability to work under pressure. Booster 14, the Superheavy first stage is on a parallel track. Having completed critical tests in midappril, including cryogenic proof testing and static fire tests of its 33 Raptor engines, B14 is nearly ready for its role in the launch. The recent installation of the hot staging ring, which allows the Starship upper stage to separate from the booster during ascent, is a significant milestone. This component was a key innovation introduced in earlier flights to improve stage separation reliability. If B14 rolls out to the launchpad by May 15th, it aligns perfectly with S35's integration timeline, setting the stage for stacking the full vehicle. Once both S35 and B14 are at the launch site, SpaceX will use the massive Mechazilla launch tower to stack the two stages, forming the full Starship vehicle. This process, while routine for SpaceX at this point, is a feat of engineering precision given the vehicle's 120 m height and 5,000 ton mass. Following stacking, the team will conduct a wet dress rehearsal, WDR, where the vehicle is fully fueled and undergoes a simulated countdown, stopping short of engine ignition. The WDR is a critical test of the vehicle's systems, ground support equipment, and launch procedures. Completing these steps by May 20th keeps the tentative launch date of May 20th, 2025 within reach, though any delays in earlier phases could push this to late May or early June. We've all been waiting for over 2 months for the next Starship launch. With each passing day, the excitement only grows. Hopefully, all the effort put in will pay off and Flight 9 will not only lift off soon, but also successfully carry out its mission to push the program forward. While SpaceX is fully focused on Starship Flight 9, there's been some progress on the hardware for the Aremis 2 mission, even though both could potentially be scrapped according to recent announcements. As of May 2025, the SLS, often described as NASA's mega rocket, is nearing completion inside the vehicle assembly building, VAB, at Kennedy Space Center, KSC, in Florida. The recent stacking of the interim cryogenic propulsion stage, ICPS, on May 1st, 2025 represents a critical step in preparing the rocket to launch four astronauts. NASA's Reed Wisman, Victor Glover, Christina Ko, and Canadian Space Ay's Jeremy Hansen on a lunar flyby mission scheduled for early 2026, the SLS is the most powerful rocket NASA has ever built. Designed specifically for deep space missions. Standing over 320 ft tall, it combines a massive core stage, two solid rocket boosters, and upper stages like the ICPS to propel the Orion spacecraft beyond low Earth orbit. The ICPS, a liquid hydrogen and oxygen-powered stage built by Boeing and United Launch Alliance, plays a pivotal role in Artemis 2. After the SLS core stage and boosters lift Orion into Earth orbit, the ICPS takes over, providing the precise thrust needed to send the spacecraft on a trans lunar injection, TLI. This maneuver places Orion and its crew on a free return trajectory, a path that uses the moon's gravity to slingshot the spacecraft around the lunar far side and back to Earth without entering lunar orbit. The ICPS stacking process completed on May 1st, 2025 involved hoisting the 8.5 ton stage from the VAB floor and carefully aligning it with the SLS stage adapter. NASA shared images of this operation on X, highlighting the precision and scale of the assembly. The ICPS, which arrived at KSC in April 2025, is identical to the one used in Artemis 1 and will also fly on Artemis 3. Its role is temporary as NASA plans to transition to a more powerful exploration upper stage EU for future Artemis missions assuming the SLS program continues beyond Artemis 3. The Orion spacecraft built by Lheed Martin is the crew's home during the mission. It consists of a crew module for the astronauts and a European service module ESM provided by Airbus for the European Space Agency which supplies power and propulsion. Orion was delivered to KSC in early May 2025 and is undergoing processing at the exploration ground systems facility before integration with the SLS in the VAB. A significant challenge for Artemis 2 has been addressing damage to Orion's heat shield during Artemis 1's re-entry in December 2022. The ablative heat shield designed to protect the spacecraft from temperatures exceeding 5,000° F experienced unexpected charring and material loss. NASA's investigation identified issues with the shield's material behavior under hypersonic re-entry conditions, leading to a year-long delay for Artemis 2 and Artemis 3. Engineers have since implemented fixes, including adjustments to Orion's re-entry trajectory to reduce thermal stress and are confident the issue is resolved for Artemis 2. However, that reason alone isn't enough to convince many people of Orion's safety. Combined with previous concerns, the SLS and Orion programs now face an uncertain future. On May 2nd, 2025, the Trump administration's 2026 budget proposal recommended cancelling SLS and Orion after Artemis 3, citing high costs and competition from commercial alternatives like Space Exus Starship. The SLS with a pre-launch cost estimated at 2 to4 billion has been criticized for its expense compared to reusable rockets. If approved, this cancellation could end SLS flights after 2027 with Artemis 3 potentially being the last mission to use the rocket. NASA, however, continues to emphasize the SLS's unmatched capability for launching heavy payloads to the moon in a single flight. Artemis 3, targeted for 2027, will rely on SpaceX's Starship as a lunar lander to deliver astronauts to the moon's surface, marking the first human lunar landing since Apollo 17 in 1972. The integration of commercial systems like Starship with NASA's SLS and Orion highlights the evolving public private partnership in space exploration. The exact launch date remains fluid as NASA balances technical readiness with external factors like weather and range availability. The agency is also monitoring the Artemis 2 cruise training which includes simulations of Orion operations and contingency scenarios like manual navigation if communication with Earth is lost. That's it for today's episode. Thank you so much for tuning in. See you soon.