Hey everybody. Welcome back to the Elon Musk Podcast. This is a show where we discuss the critical crossroads that shape SpaceX, Tesla X, The Boring Company, and Neurolink. I'm your host, Will Walden. SpaceX sent its Starship rocket on its 10th test flight this week and pulled off a rare kind of success. Everything broke, but it broke exactly how it was supposed to. Flight 10 launched from Starbase early Tuesday morning and hit every major milestone SpaceX was aiming for.
Starship survivor re entry. the Super Heavy booster executed a soft landing in the Gulf, and both vehicles completed controlled descents that gave engineers exactly the data that they were looking for. The mission didn't hurt perfection, though it wasn't supposed to. This time the goal was durability under stress, not flawless execution of a normal mission. Now SpaceX built Flight 10 as a stress test.
The company hardened the heat shield, added redundancy across flight systems, and tweaked the booster for reusability rather than single use performance. The results made that engineering philosophy look smart. Starship lost several heat shield tiles and even suffered localized burn throughs, but it kept flying and landed safely. That outcome is more valuable than a pristine flight because it confirms the design can take damage and keep going safely.
And Super Heavy's return marked another major step. For the first time, SpaceX lit a subset of Raptor engines during splashdown and attempt in a soft landing on the water. The maneuver was not only successful, but also matched the target time and location with tight precision. Engineers will now examine the booster to determine how much of it survived and whether similar landings can lead to a rapid reusability. Starship's re entry phase was
the most aggressive test yet. The vehicle hit Earth's atmosphere at a high angle. It's higher than in previous flights and endured heating levels far above anything it had seen before. Sensors captured how the new heat shield design handled this thermal load in some parts failed and controlled ways that match pre flight predictions. The data will now feed into design changes for flight 11/12/13 and even into the Block 3 systems. The flight also proved out several new backup systems.
SpaceX installed redundant avionics and control hardware in case of single point failures and during descent. One of those backup pathways kicked in when a guidance system momentarily lost signal vehicle corrected itself in real time. It continued on its course. That kind of fault tolerance is critical for eventual crude missions to the moon and to Mars. Now SpaceX stream the entire flight publicly, of course, but the most useful parts happen
behind the scenes. The engineers received terabytes of high fidelity telemetry that will inform the next round of structural, thermal and control updates. This test was about building a rocket that survives even when things go wrong. And a lot of things kind of were made to go wrong in this situation. One reason this flight is important more than the previous ones is its timing. SpaceX is still targeting 2027 for a crude lunar landing as part of the Artemis program for
NASA. It hit that date. Starship has to prove it can fly. It has to land and it has to fly again with little to no refurbishment. Flight 10 didn't get Starship all the way there, but it made real progress toward that kind of resilience and that kind of flight. And this mission also gave NASA and other stakeholders something they needed evidence. And that's proof that SpaceX can identify failure modes and control them. Starships past test flights have ended an explosion.
So last three they lost signals or they had uncontrolled landings. Now this one delivered a stable flight rofile, contained damage within the systems, and lanned system handoffs that all worked as designed. SpaceX has started testing ground systems for rapid turn around, too. New cryogenic propellant loading rigs, water deluge pads, and robotic tile inspection systems are ready, being installed as Star Base.
Next phase of testing will focus not just on flight performance, but on how quickly the team can prep Starship for another flight. Flight 10 didn't just advance the rocket, though. It validated a specific mindset. SpaceX is betting that controlled failure builds better hardware than cautious. Success. Strategy only works when the systems are designed to handle those failures without catastrophic consequences. And this time, they handled it with ease.
Now Flight 11 is already in its stacking prep. It'll carry the next generation of heat tiles, a tweak booster layout, and more aggressive return profiles. And if Starship keeps surviving increasingly hard conditions, the next big milestone may not be a test flight at all, and may be the first one SpaceX tries to fly again. Now. This flight made the risk feel calculated. That's what matters right now. But in the next flights, they will launch possibly actual
Starlink satellites. So with every flight of Starship, SpaceX will be making money and possibly making their money back every time they fly. Now, flight 10, they did some dummy Starlinks and those went very well. If they could do that every flight, they could pay for each one of these flights, one of these test flights with just deploying these Starlinks. That is a huge, gigantic step forward with Spacex's Starlink system and the Starship cargo
system for Starlink launches. Hey, thank you so much for listening today. I really do appreciate your support. If you could take a second and hit the subscribe or the follow button on whatever podcast platform that you're listening on right now, I greatly appreciate it. It helps out the show tremendously and you'll never miss an episode. And each episode is about 10 minutes or less to get you
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