SpaceX Ready for Starship flight 13 Launch in Weeks after 6 Engine test fire x100 Faster Than Ever!

SpaceX completed a major milestone by firing all six Raptor 3 engines on Ship 40 in a full 60-second static fire, validating the core vehicle ahead of Flight 13; although the initial test was only a partial single-engine burn, it proved the ship’s health and closely mimicked the in-space reignition profile needed for re-entry. The clean six-engine burn served as a comprehensive stress test of engine performance, thermal behavior, and structural integrity, reducing risk for the vacuum engine relight that Flight 13 must perform in space. With Ship 40 back in Mega Bay 2 for inspection, the next critical step is Booster 20’s 33-engine static fire, which will set the launch timeline for late July or August. Meanwhile, Pad 2 is being extensively recommissioned—testing water deluge profiles for both launch and catch scenarios, cycling chopsticks and quick-disconnect arms, and validating hold-down clamps—all in preparation for an eventual booster catch, though Booster 20’s first flight will skip the attempt. Finally, SpaceX is testing mysterious white heat shield tiles on the nose tip, deliberately exposing them without protective underlayers to evaluate a new material at the vehicle’s most thermally stressed point.

• ▶ 0:00 The section opens with the claim that SpaceX completed a major milestone: Ship 40 fired all six Raptor engines in a 60-second sustained static fire, described as a critical step before the ship heads to the launch pad.
• ▶ 0:51 The actual test deviated from a routine six-engine burn: fueling stopped early with the oxygen tank at only 2/3 capacity and almost no methane loaded, and on June 25 only one engine (Engine 142, a central Raptor 3) fired for roughly 15 seconds before the ship was rolled back to Megabay 2.
• ▶ 1:16 The partial test was still valuable: Engine 142 running clean indicated the core vehicle was healthy and the issue was narrow and fixable, while the partial tank fill and header tank ignition sequence closely mirrored the in-space reignition profile Starship needs for re-entry.
• ▶ 2:08 All six Raptor engines burned together cleanly for a full 60 seconds, producing a stable flame with no reported anomalies.
• ▶ 2:21 The vacuum engines were intentionally ignited first, likely to monitor startup transients, chamber pressures, and plume interactions under ground-level stress.
• ▶ 3:00 The 60-second burn was a comprehensive stress test—not just a health check—validating engine performance, thermal behavior, propellant flow, and structural integrity ahead of Flight 13.
• ▶ 3:52 The static fire validates Raptor 3 engines, a critical step before committing to Flight 13.
• ▶ 3:58 Flight 13 will mirror Flight 12 but must cleanly perform the vacuum engine relight in space; data from the 60-second fire reduces relight risk.
• ▶ 4:14 Ship 40 is back in Mega Bay 2 for post-fire inspection (engines, TPS tiles, structure, leaks, telemetry), and because the fire was clean, major fixes are unlikely before final integration and stacking with Booster 20.
• ▶ 5:11 The 33-engine static fire for Booster 20 is the next major milestone and will "set the clock" for Flight 13, with launch possible in late July or slipping into August.
• ▶ 5:33 Booster 20 is the entire bottleneck for the next launch, while Ship 40 is near completion; two Block 3 ships are simultaneously testing, showing increased program efficiency.
• ▶ 5:53 Flight 13's primary objective is to demonstrate reliability, proving Raptor 3 engines and absorbed lessons from Flight 12 through ground testing before flight.
• ▶ 6:07 Pad 2 is undergoing comprehensive recommissioning, with rapid cycling of water deluge, chopsticks, BQD/SQD, and clamp arm checks signaling preparation for an upcoming flight.
• ▶ 6:38 The deluge system floods the launch mount and flame trench with ~350,000 gallons of water to absorb heat and dampen acoustic shock from 33 Raptor engines, with Pad 2's water-cooled steel deck designed from day one for high-cadence launches.
• ▶ 7:32 Observers detected two distinct deluge firing profiles: one for launch and a second, pulsing high-pressure profile matching a Super Heavy landing/catch attempt, showing SpaceX is tuning the system to handle both scenarios in a single flight cycle.
• ▶ 7:50 Pad 2 mechanical testing focused on raising/cycling the chopsticks and repeatedly extending/retracting the BQD quick-disconnect arms to verify speed and precision, with BQD sensors relocated into protective hoods for repeated flight operations.
• ▶ 8:25 All 20 hold-down clamps were tested individually, alternating normal and slow deployment, to confirm they can hold a fully loaded booster in an abort or release it cleanly for a catch.
• ▶ 8:53 Chopstick actuators were upgraded from hydraulic to electric for faster, more precise response — essential for catching a 70-meter booster at low speed.
• ▶ 9:14 There have been three successful catches (Boosters 12, 14, 15) on Flights 5, 7, and 8; later attempts were aborted, skipped, or ended with Booster 19 crashing into the Gulf at over 1,400 km/h on Flight 12.
• ▶ 10:07 Booster 20 is the first V3 Super Heavy with 33 Raptor 3 engines that have never been through a catch cycle, so Flight 13 will not attempt a catch — that is expected for Flight 14, and Pad 2 upgrades are all building toward proving that catch.
• ▶ 11:12 Mysterious white heat shield tiles are back, now prominently placed on the nose tip, with half-sized, thicker, no insulation/felt underneath, and a visible gap.
• ▶ 11:42 Analyst hypothesis: the gap is intentional—SpaceX stripped protective underlayers to expose the white tiles almost naked to re-entry, testing the tile material entirely on its own.
• ▶ 12:20 The nose tip is the single most thermally stressed point on the vehicle (highest heat flux, pressure, and plasma interaction), making it the ideal location to test a new tile formulation at its absolute limit.

• ▶ 0:00 Ship 40 Static Fire Milestone and Fueling Anomaly (0:00 - 1:50) - Covers the static-fire milestone, rollout, propellant-loading anomaly, single-engine test, and what the partial attempt revealed.
• ▶ 1:50 Full Six-Engine Static Fire and 60-Second Burn Implications (1:50 - 3:54) - Details the successful six-engine static fire, vacuum-engine sequencing, SpaceX announcement, and significance of the 60-second burn.
• ▶ 3:54 Raptor 3 Validation, Flight 13 Goals, and Post-Fire Inspection (3:54 - 4:48) - Covers Raptor 3 validation, Flight 13’s goals, and Ship 40’s post-fire inspection and next steps.
• ▶ 4:48 Booster 20, Ship 41, and Flight 13 Reliability Goal (4:48 - 6:09) - Updates Booster 20 engine installation, Ship 41 cryo testing, and Flight 13’s core objective of proving reliability.
• ▶ 6:09 Pad 2 Water Deluge Testing for Launch and Landing (6:09 - 7:50) - Covers Pad 2’s water deluge system testing for both launch and landing profiles.
• ▶ 7:50 Pad 2 Mechanical Systems, Actuator Upgrades, and V3 Catch Plans (7:50 - 11:00) - Reviews chopsticks, quick disconnects, hold-down clamps, actuator upgrades, and V3 Super Heavy catch history and plans.
• ▶ 11:00 Mysterious White Heat Shield Tiles (11:00 - 12:43) - Looks at mysterious white heat shield tiles spotted inside Star Factory.