**Summary**
The video focuses on SpaceX’s preparations for Starship Flight 12. After a deluge‑system hiccup that damaged a gasifier, SpaceX quickly replaced the part and completed a full‑duration, full‑thrust static fire of Booster 19 (Version 3 Super Heavy) on Pad 2. All 33 Raptor engines ran at maximum thrust, producing roughly 8,000 tonnes of force—the most powerful rocket test ever conducted and the longest Super Heavy static fire to date. The successful test cleared the way for a wet‑dress rehearsal and a mid‑May launch window (May 15‑21, 5:30 PM‑7:43 PM CDT) for Flight 12, with Ship 39 now stacked atop Booster 19.
Other highlights include ongoing Pad 1 construction (trench work, new tank‑farm expansion, horizontal‑transport hardware for future Boosters/Ships), progress on Ship 40 and Ship 41, Booster 21 stacking, and Blue Origin’s Artemis‑related activities. NASA released new Artemis II imagery and clarified that Artemis III will be a low‑Earth‑orbit rendezvous‑and‑docking mission requiring high‑bandwidth communications. Rocket Lab shared successful Archimedes‑engine test footage for its Neutron rocket, and Falcon 9 flew multiple rideshare and Starlink missions. An advertisement for Odoo’s project‑management app appears mid‑video.
1. SpaceX conducted a full‑duration static fire of Booster 19 with all 33 engines at full thrust at Pad 2.
2. The test produced approximately 8,000 tonnes of thrust, the highest ever recorded for a SpaceX rocket.
3. This static fire was the longest Super Heavy test performed by SpaceX to date.
4. Prior static fires of Booster 19 were cut short due to problems with the deluge system.
5. During a water deluge rehearsal the previous weekend, one of the three gasifiers failed, blowing off roof panels and bending steel bars.
6. SpaceX had a replacement gasifier on site and swapped it out quickly, with no significant delay to the test schedule.
7. Booster 19 features a new thermal coating/paint at its base and spherical aerodynamic shrouds around the engine interface and autogenous pipe.
8. Booster 19 was placed on a transport stand in Megabay 1 and rolled out on Tuesday evening.
9. Ship 39 arrived at the launch site hours before the video upload and was stacked with Booster 19, the first such operation on Pad 2 for Version 3 vehicles.
10. To enable stacking, the launch tower arms were lowered, a skate was removed and replaced, and the arms were returned to their resting position.
11. A wet dress rehearsal (propellant load and simulated launch sequence without ignition) is scheduled for Saturday afternoon, with a testing closure in effect.
12. Pad 1 trench excavation work has begun and the commodities bunker is being erected vertically on a preassembly jib.
13. SpaceX is fabricating pad components ahead of completing ground work to optimize lead times for future pads.
14. Removal of small methane tanks last week cleared space for a new tank‑farm expansion, likely to add more liquid‑oxygen and liquid‑nitrogen storage.
15. Two older methane storage tanks were relocated next to four other storage tanks, potentially freeing a spot for additional liquid‑methane storage.
16. At the Sanchez production area, multiple sections of the Pad 1 orbital launch mount’s second layer are being stacked; lower‑section parts are still awaited.
17. Hardware labeled “Booster horizontal aft frame” and “Horizontal transport stand” has been observed, indicating preparations for horizontal transport of boosters.
18. Rocket Lab tested its Archimedes engine at NASA’s Stennis Space Center, producing methane‑oxygen exhaust; the test site had previously been damaged by an anomaly but is now operational.
19. A Falcon 9 launch from Vandenberg Space Force Base occurred at midnight on Sunday, using booster 1071 on its 33rd flight, which landed at Landing Zone 4.
20. The mission deployed 45 satellites, including South Korea’s CAS500‑2 Earth‑observation satellite, into a Sun‑synchronous orbit.
21. Starlink Group 17‑29 launched 24 satellites on Tuesday evening; booster 1081 completed its 24th landing on the droneship “Of Course I Still Love You.”
22. A Starlink satellite from group 10‑38 provided video of its orbit‑raising phase, showing its solar panels as it separated from other satellites.
23. Blue Origin’s Blue Moon‑Mk1 test article “Endurance” is undergoing radio‑frequency compatibility testing at Lunar Plant 1.
24. Blue Origin demonstrated its off‑loader mechanism for the VIPER rover using a test article.
25. Blue Origin’s booster nicknamed “No, It’s necessary” is at Launch Complex‑36, preparing for flight alongside another booster in the integration facility.
26. Blue Origin tested a reaction‑control system on a fairing for re‑entry navigation; the fairings are 7 meters in diameter.
27. NASA released additional Artemis II imagery, including over 12,000 photos taken with modern cameras inside the spacecraft.
28. Artemis III will be a crewed Orion/SLS mission to test rendezvous and docking with a commercial spacecraft for a lunar landing.
29. For Artemis III, Orion is planned to orbit at 250 nautical miles altitude with a 33‑degree inclination (a low‑Earth orbit).
30. NASA requires near‑continuous communications on Orion’s return link with at least 12 Mbps, aiming for 20‑50 Mbps to support live 4K video during rendezvous and docking.
31. The Soyuz‑5 maiden flight launched on April 30 from the Baikonur Cosmodrome, completed a planned suborbital trajectory, and is intended to replace the Zenit rocket and support future super‑heavy launch systems.