SpaceX's Big Plan to Catch Starship's Upper Stage after Flight 12, New Level Tech!

Flight 12 demonstrated Starship’s remarkable resilience, as Ship 39 completed an “insane” flip, landing burn, and splashdown in the Indian Ocean despite losing a Raptor engine, suffering fuel leakage, and flying an off-nominal trajectory. The ship compensated with extended engine burns and an atmospheric skipping maneuver that restored glide range, proving strong aerodynamic and structural robustness under extreme conditions. However, close-up footage revealed a far-from-stable landing, including a “super sketchy” 270-degree rotation and a 15-degree tilt, caused by losing differential thrust when transitioning to a single engine and by a shifted center of mass from skipped re-entry burns. These issues temper hopes for an immediate tower catch, with Flight 13 expected to perform another ocean splashdown and a realistic catch attempt likely no earlier than Flights 15 or 16. Ultimately, Flight 12 delivered massive real-world data and a strong foundation, showing SpaceX is close but still needs more repeatability before risking a ship catch.

• ▶ 0:06 Flight 12 footage shows Ship 39 completing an "insane landing sequence" with a flip, landing burn, and pirouette before splashdown, reaching the Indian Ocean target zone despite losing an engine and flying an off-nominal trajectory.
• ▶ 1:02 Elon Musk predicted a Starship catch by Flight 13 to 15, reigniting speculation; after multiple Superheavy tower catches, many see a ship catch as the next logical step, with some expecting it as early as Flight 13.
• ▶ 1:43 Two consecutive successful Block 2 suborbital flights (Flight 10 and 11) build momentum heading into Block 3, though closer analysis of Flight 12's data complicates hopes for an immediate catch.
• ▶ 2:05 Flight 12 survived losing a Raptor vacuum engine and visible fuel leakage during ascent, with the control system compensating in real time by extending the remaining engines' burn to stay on trajectory.
• ▶ 3:06 Even in a degraded state, Ship 39 completed demanding descent maneuvers—including the landing flip and burn—and reached its target splashdown zone, proving structural and control robustness.
• ▶ 4:02 However, close-up footage revealed a far-from-stable landing sequence, with the ship pitching, rolling, and finishing a "super sketchy" 270-degree rotation roughly 15° off vertical, tempering optimism for a Ship 40 catch.
• ▶ 4:46 Ship 39 lost roll control because it transitioned from two engines to a single engine near landing, eliminating the differential thrust needed to counter unwanted rotation.
• ▶ 5:31 Shutdown timing left residual angular momentum: a roll maneuver started on two engines was not fully canceled before one engine shut down, causing worsening oscillation and loss of attitude control.
• ▶ 6:15 The root cause traced back to ascent: the earlier loss of a Raptor vacuum engine forced longer burns, altered the flight profile, and led to a skipped re-entry burn that left extra header-tank propellant, shifting the center of mass upward and destabilizing the landing sequence.

• ▶ 7:44 Starship used an atmospheric skipping maneuver—flattening its angle of attack to generate extra lift and arrest descent around 68–70 km altitude—allowing it to land close to target despite an off-nominal trajectory.

• ▶ 8:34 The skip extended glide distance and demonstrated strong aerodynamic authority, helping correct trajectory issues from the earlier engine failure.

• ▶ 8:50 Flight 12 still left major gaps for a ship catch; Flight 13 is expected to do another ocean splashdown, with a realistic tower-catch attempt likely no earlier than Flight 15 or 16.

• ▶ 9:26 Catching Starship is far riskier than Superheavy: its size and unstable re-entry regime could cause a catastrophic RUD if it hits the chopsticks, so SpaceX will likely prioritize repeatability before attempting a catch.

• ▶ 10:09 Flight 12 proved resilient and successful despite propulsion issues, dynamically reshaping its re-entry and completing core objectives under extreme conditions.
• ▶ 10:45 The creator asks viewers whether SpaceX should attempt a ship catch on the next flight or take more time to refine the system first.
• ▶ 11:15 Flight 12 delivered meaningful progress and a strong foundation, giving SpaceX massive real-world data that could make Flight 13 even more remarkable.

• ▶ 0:06 Flight 12 Landing Footage and Catch Predictions (0:06 - 1:53) - - Landing footage fuels catch hopes, and Musk predicts a Starship catch between Flights 13 and 15.
• ▶ 1:53 Ascent Resilience and Tempered Descent Optimism (1:53 - 4:46) - - Flight 12’s ascent resilience impresses, but the final descent raises concerns about a near-term catch.
• ▶ 4:46 Landing Control Problems and Root Cause (4:46 - 7:36) - - Engine shutdown and loss of attitude control trace back to ascent vacuum engine loss, extra header tank propellant, and center-of-mass shift.
• ▶ 7:36 Recovery Maneuver and Flight 13 Challenges (7:36 - 10:09) - - Ship 39 recovers via atmospheric skipping, yet significant refinements remain before a Flight 13 catch.
• ▶ 10:09 Aftermath, Viewer Question, and Outro (10:09 - 11:37) - - Flight 12’s resilience, a viewer question on catch vs. refinement, the creator’s vacation note, and the legacy outlook close the video.