Hi everybody, welcome back to the show. Today we're going to do our final episode of Starship Week for the Starship IFT 2 launch. I'm your host, Will Walden and this rocket, the Starship rocket experienced A partial success in a dramatic failure during its latest test flight. The spacecraft, which is designed for deep space missions, managed to launch and separate from its Super Heavy booster, but ultimately ended in an explosion.
In the first phase of the flight, the Super Heavy booster successfully ignited all 33 Raptor engines, feat that has been challenging even in ground tests. However, after the Starship spacecraft separated and continued its ascent, the booster unexpectedly exploded. The Starship reached an impressive altitude near the edge of space before encountering issues that led to the loss of signal and the activation of its self destruct
mechanism. Now, this incident is a reminder of the complexities of this gigantic rocket, especially with new in these untested tech. Now, the FAA has already announced an investigation into this mishap. Now let's explore this event a little bit more. Now let's talk about the flight. The recent SpaceX Starship launch marked another huge step in the company's pursuit of space exploration. The launch saw the Starship spacecraft lift off with a super heavy booster, achieving a
successful separation. Unfortunately, the booster exploded post separation, a set back that overshadowed the partial success of this whole flight. But it's the complete success in my mind. SpaceX aimed to push the spacecraft to near orbital velocities. This is a huge milestone for them, and it's for the future of their deep space missions.
And despite reaching a significant altitude, the spacecraft ultimately lost contract and triggered its self destruct mechanism, a safety measure to prevent it from veering off course and hurting people and property. Now John Insprucker, we call him Daddy over here with the the SpaceX fan club over here who's an aerospace engineer, explained the late activation of the flight termination system.
He works at SpaceX, which occurred over the Gulf of Mexico and this incident highlights the inherent risks in testing advanced rocket technology. SpaceX statement emphasized the learning approach, underscoring that each test, regardless of its outcome, contributes to improving Starships reliability.
And the FAA's involvement with a statement confirming no injuries or damage to public property sets the stage for a little bit of more of a thorough investigation into this and they'll just be uncovering the root cause of this incident.
But the FAA swift response to Space XS Starship test flight It's an important aspect of the ongoing development of the Starship. Their statement confirmed the occurrence of a mishap, which resulted in the loss of the Starship vehicle, but thankfully reported no injuries or damage to public property. The agency's role is crucial in ensuring that such ambitious aerospace endeavors adhere to safety standards and regulations.
They have initiated A mishap investigation to determine the specific causes of Starship's failure, and I'm assuming that once they figure out what the causes were, they will make sure that SpaceX addresses those concerns for the IFT 3 launch, which will be coming up probably in the first quarter of next year. The FAA's investigation is standard procedure following such events, aiming to provide insights that can prevent future incidents.
The decision on whether the Starship Super Heavy vehicle can return to flight will depend on the findings of this investigation and their assessment of Spacex's measures to ensure public safety. And the duration of the investigation is uncertain. As previous inquiries had taken several months, this one might be a little bit less time, and this process demonstrates the FAA's commitment to overseeing the safety of aerospace developments. Now we have to talk about the hot staging.
This is a new part of the Starship IFT 2. SpaceX Starship test flight brought attention to the complex process of what they call hot staging. This is the technique used during the Rockets launch. This method of first for SpaceX on Saturday is part of the stage separation process. Unlike the pneumatic pushers used in the Falcon 9 rocket, Starship separation involved igniting its engines to detach from the Super heavy booster. So the top part ignites the engines while it's still
attached to the bottom part. And this aggressive separation approach, referred to as separation by blunt force trauma, was identified as the riskiest part of the flight by Elon Musk. An explosion of a super heavy booster post hot staging was an unexpected outcome, indicating the challenges of this new technique. Although SpaceX was prepared for the possibility of the booster not surviving, they actually didn't expect it to survive.
They expected to splash down in the Gulf of Mexico and disintegrate, and the actual event provided valuable data for future improvements of hot staging and the booster flip back maneuver. Now the goal was to reignite the Super heavy engines for a controlled landing, a plan that went kind of awry. Kate Tai, senior manager at SpaceX, acknowledged the dynamic nature of hot staging and its potential risks, and this incident underscores.
After the tumultuous hot staging, the Starship spacecraft continued its ascent, though showcasing that SpaceX is on the ball. With their engineering capabilities, Mission Control erupted into cheers. The Starship near the end of its engine burn, seemingly on course for Earth's orbit. However, the situation took a turn when SpaceX lost video signal with the spacecraft, followed by the loss of data. And usually when you lose data from a spacecraft, something pretty bad happened.
Now this indicated the Starship was not performing as planned, leading to the activation of its Flight Termination System in the spacecraft journey, which was intended to complete nearly a full orbit around Earth. The splashdown near Hawaii was cut a little bit short, and this abrupt end to the test flight highlights the unpredictable nature of starships and especially with these new technologies. And since this is only the 2nd test flight, it's going to get
better every single time. The early termination of the flight, while disappointing, is a part of the iterative process of testing and learning and rocket development. The recent Starship incident bears a resemblance to the first launch attempt in April, sort of, but a super heavy booster experienced engine failures leading to an out of control spiral and activation of the self destruct feature.
These repeated mishaps demonstrates the challenges that SpaceX faces in developing such a complex and massive rocket system. However, the company's approach to rocket development is notably different from traditional methods. SpaceX embraces learning opportunities presented by these gigantic fireballs in the sky, and they're kind of mishaps, and they use them to enhance their designs and strategies going forward.
The rebuilding and upgrading of the launch site in the Starship systems following the April mishap, their philosophy of learning through flying and testing, as opposed to relying solely on ground simulations and models, has been a key aspect of the rapid development cycle. This approach, while sometimes leading to dynamic failures, is instrumental in Spacex's pursuit of breakthroughs in space technology. I want to say thank you so much for listening to the show today.
Today's discussion highlighted the complexities and the challenges in Spacex's journey to advanced space exploration technology. The recent Starship test flight, while not fully successful, provided valuable insights for Spacex's ongoing development, and as investigations continue, we look forward to understanding more about this important event in space travel. Remember to hit the subscribe or the follow button on your podcast platform.
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