Uploaded May 2026 | Updated September 2026, 3 weeks ago
SpaceX Is Doing Something Insane Instead Of Starship V3 Booster Catching!
===
#alphatech
#techalpha
#spacex
#elonmusk
===
SpaceX Is Doing Something Insane Instead Of Starship V3 Booster Catching!
Tower catch — a rocket recovery method unlike anything else on Earth, the kind that once made scientists and rocket engineers drop their jaws when SpaceX pulled off the catch of Super Heavy — a flying metal giant weighing over 200 metric tons — as gently as a dragonfly landing on a branch. And yet, more than a year has passed since Starship Flight 8, and the company still hasn't attempted that historic catch again, despite millions of people desperately waiting for it.
With Starship Flight 12, it made perfect sense that they skipped the catch attempt. Both the booster and the ship were flying in their brand-new Version 3 configuration for the very first time, so nobody expected them to push for the high-risk tower catch on the debut flight.
But here’s what’s more interesting: they’re also holding off on the catch for Flight 13. Instead, Booster 20 will once again perform a soft splashdown in the ocean — and that decision is worth talking about.
SpaceX Is Doing Something Insane Instead Of Starship V3 Booster Catching!
What makes this decision even more surprising is that this isn’t some flight-proven booster being retired after many missions. This is Booster 20 — a brand-new vehicle, with an estimated cost of around $60 million. Nearly half of that value comes from its 33 Raptor 3 engines alone, the single most expensive part of the booster. So would SpaceX really walk away from months of engineering work and hundreds of tons of precision-machined metal? It turns out everything they're doing comes down to trade-offs and priorities.
To understand why SpaceX is willing to splash it down, let’s look back at the history for a moment.
With Starship Version 1, it took four flights to gather enough data and confidence before they dared attempt the first tower catch. That milestone finally came on Flight 5 in October 2024.
With Version 2, they only needed one warm-up flight — Flight 6 — before pulling off a successful catch again on Flight 7.
SpaceX Is Doing Something Insane Instead Of Starship V3 Booster Catching!
Why could they accelerate so quickly? Because both v1 and v2 used essentially the same Raptor 2 engines. SpaceX knew every single detail — pressure behavior, thermal responses, the works. That deep understanding carried over directly to the next version.
But Version 3 is a completely different beast. This is a significantly redesigned vehicle: three grid fins instead of four, a longer booster, a new interstage, and most importantly, all 33 engines are now the more powerful and simpler Raptor 3.
Flight 12 was the very first time this entire new configuration flew together. That means Flight 13 — only the second flight of v3 — still carries a lot of unknowns in real-world conditions: how Raptor 3 performs all the way through descent, how the booster handles atmospheric pressures at different flight phases, the aerodynamics of the new three-grid-fin setup, and a bunch of new flight software that still needs real validation.
When you have that many unknowns, attempting a tower catch — one of the most precise and highest-stakes maneuvers in all of rocketry — would be an unnecessary risk right now.
===
Subcribe Alpha Tech: youtube.com/@alphatech4966/?sub_confirmation=1
===
SpaceX Is Doing Something Insane Instead Of Starship V3 Booster Catching!
===
#alphatech
#techalpha
#spacex
#elonmusk
===
SpaceX Is Doing Something Insane Instead Of Starship V3 Booster Catching!
Tower catch — a rocket recovery method unlike anything else on Earth, the kind that once made scientists and rocket engineers drop their jaws when SpaceX pulled off the catch of Super Heavy — a flying metal giant weighing over 200 metric tons — as gently as a dragonfly landing on a branch. And yet, more than a year has passed since Starship Flight 8, and the company still hasn't attempted that historic catch again, despite millions of people desperately waiting for it.
With Starship Flight 12, it made perfect sense that they skipped the catch attempt. Both the booster and the ship were flying in their brand-new Version 3 configuration for the very first time, so nobody expected them to push for the high-risk tower catch on the debut flight.
But here’s what’s more interesting: they’re also holding off on the catch for Flight 13. Instead, Booster 20 will once again perform a soft splashdown in the ocean — and that decision is worth talking about.
SpaceX Is Doing Something Insane Instead Of Starship V3 Booster Catching!
What makes this decision even more surprising is that this isn’t some flight-proven booster being retired after many missions. This is Booster 20 — a brand-new vehicle, with an estimated cost of around $60 million. Nearly half of that value comes from its 33 Raptor 3 engines alone, the single most expensive part of the booster. So would SpaceX really walk away from months of engineering work and hundreds of tons of precision-machined metal? It turns out everything they're doing comes down to trade-offs and priorities.
To understand why SpaceX is willing to splash it down, let’s look back at the history for a moment.
With Starship Version 1, it took four flights to gather enough data and confidence before they dared attempt the first tower catch. That milestone finally came on Flight 5 in October 2024.
With Version 2, they only needed one warm-up flight — Flight 6 — before pulling off a successful catch again on Flight 7.
SpaceX Is Doing Something Insane Instead Of Starship V3 Booster Catching!
Why could they accelerate so quickly? Because both v1 and v2 used essentially the same Raptor 2 engines. SpaceX knew every single detail — pressure behavior, thermal responses, the works. That deep understanding carried over directly to the next version.
But Version 3 is a completely different beast. This is a significantly redesigned vehicle: three grid fins instead of four, a longer booster, a new interstage, and most importantly, all 33 engines are now the more powerful and simpler Raptor 3.
Flight 12 was the very first time this entire new configuration flew together. That means Flight 13 — only the second flight of v3 — still carries a lot of unknowns in real-world conditions: how Raptor 3 performs all the way through descent, how the booster handles atmospheric pressures at different flight phases, the aerodynamics of the new three-grid-fin setup, and a bunch of new flight software that still needs real validation.
When you have that many unknowns, attempting a tower catch — one of the most precise and highest-stakes maneuvers in all of rocketry — would be an unnecessary risk right now.
===
Subcribe Alpha Tech: youtube.com/@alphatech4966/?sub_confirmation=1
===
