**Summary**
- **Starship Flight 12 prep:** Booster 19 was rolled to Pad 2 and completed a successful ~10‑12‑second static fire after two prior aborts. Its engine section is now black‑painted, likely for thermal protection during re‑entry. Pad 2 is undergoing extensive interface‑retraction and deluge‑water tests. Flight 12 is now NET May 15 with backup dates through May 22. Ship 40 returned from successful cryoproof tests and is being readied for engine installation.
- **Starbase expansion:** Aerial footage shows active excavation of the flame trench, staging of thick beams and pipes for a prospective methane‑production facility, terrain grading, and preparation of large concrete pads—signaling a push toward an operational launch cadence.
- **Louisiana land rumor:** SpaceX may be negotiating to acquire ~136,000 acres (≈550 km²) of marshland south of Highway 82 in Vermillion Parish, Louisiana—roughly the size of Chicago. The site lies midway between Boca Chica and Cape Canaveral, with direct access to the intracoastal canal, Gulf of Mexico, and nearby LNG terminals, suggesting a second, privately‑controlled launch complex (“Starbase 2”) far larger than the current Texas site.
- **NASA’s Dragonfly mission:** SpaceX has been awarded a Falcon Heavy launch contract (launch window July 5‑25 2028 from KSC 39A) to send Dragonfly, an octocopter rotorcraft powered by an MMRTG, to Titan. Dragonfly will fly autonomously in Titan’s dense, low‑gravity atmosphere, study surface organics, methane‑ethane lakes, and subsurface water, arriving in 2034 for a multi‑year science mission.
1. Booster 19 completed a 12‑second static fire.
2. Flight 12’s launch date has been slipped to no earlier than May 15 with backup dates through May 22.
3. Booster 19 was rolled out of Mega Bay 1 and driven to Pad 2 on a Tuesday night.
4. On Wednesday morning, Pad 2’s Macazilla lifted Booster 19 onto the orbital launch mount.
5. Beach and road closures were scheduled for May 6, with backups on May 7 and 8, listed under Spaceflight activities.
6. Another static fire attempt was on SpaceX’s schedule after the rollout.
7. Booster 19 was returned to Mega Bay 1 on April 17, giving about three weeks for inspection and rework.
8. The engine section of Booster 19 is now painted black.
9. The black paint also covers the booster’s pipes.
10. Full connection‑sequence tests were observed: the SQD arm, BQD arms, and hold‑down clamps retracting in unison.
11. On May 5, Jordan filmed a slow‑motion deluge test at the launch pad.
12. Ship 40 completed two successful cryoproof tests on May 3 and May 4.
13. A road delay was filed for May 6 from noon to 4:00 p.m. for Massey’s to production.
14. Ship 40 returned to the production site for inspections and engine installation.
15. Ship 39 spent significantly longer at Massey’s than Ship 40.
16. Each successive V3 vehicle is processed faster than the previous one.
17. New aerial footage shows the flame trench being actively excavated with a large augur driving piles.
18. The GSE bunker frame is being erected in the expansion area.
19. Roads and plots for new buildings are becoming visible across the expansion area.
20. The plot designated for methane generation is being staged with thick metal beams and large pipes.
21. Terrain grading for Pad 2 is far along but not yet complete.
22. SpaceX is preparing Starbase for an operational future requiring more infrastructure than currently exists.
23. SpaceX may be acquiring 136,000 acres (≈212 square miles or ≈550 square kilometres) of marshland in Louisiana.
24. The Louisiana land lies south of Highway 82 in Peacin Island and Freshwater City, Vermillion Parish, Aarana region.
25. Pacin Island is roughly halfway between Bohica and Cape Canaveral on the Gulf Coast.
26. The southeast corner of the parcel has direct access to the intracoastal canal and Gulf, with a plot ready for port operations.
27. The site provides access to Cheniere LNG and Golden Pass LNG across the border at Sabine Pass.
28. A Louisiana Department of Wildlife and Fisheries employee reported Governor Jeff Landry visited the site during Easter week.
29. On May 7, SpaceX conducted a static fire that appeared to last 10–12 seconds without abort.
30. Booster 19 is currently on Pad 2 and the latest static fire campaign appears successful.
31. Ship 39 is on the pad, indicating readiness for flight.
32. Ship 40 returned from successful cryo testing at Massey’s; Flight 12 is no earlier than May 15 with backup through May 22.
33. Dragonfly hardware is being assembled in a clean room in Laurel, Maryland.
34. Dragonfly is the fourth mission in NASA’s New Frontiers program.
35. Dragonfly was selected in 2019 over a competing comet sample‑return concept.
36. NASA confirmed the Dragonfly mission in April 2024.
37. The total cost of Dragonfly is about $3.35 billion.
38. In November 2024, NASA awarded SpaceX a $256.6 million contract to launch Dragonfly on a Falcon Heavy from Kennedy Space Center’s LC‑39A.
39. Dragonfly’s targeted launch window opens July 5, 2028 and runs through July 25, 2028.
40. Using an Earth gravity assist, the journey to Titan will take about 6 years.
41. Dragonfly is planned to arrive at Titan in 2034 to begin a three‑Earth‑year mission.
42. Titan is the only solar‑system body besides Earth with stable surface liquids and rain.
43. Titan’s atmosphere is ~95 % nitrogen, ~5 % methane, with a surface pressure of ~1.5 atm.
44. Surface liquids on Titan are methane and ethane, forming rivers and polar lakes comparable in size to North America’s Great Lakes.
45. Beneath its icy crust, Titan holds large deposits of liquid water.
46. Titan’s atmosphere is about four times denser than Earth’s, while its gravity is roughly 1/17th of Earth’s.
47. The power needed to hover a given mass on Titan is 38‑40 times less than on Earth.
48. Dragonfly is an octocopter: four arms, each with two rotors (one top, one bottom).
49. Each rotor blade is about 1.35 m in diameter.
50. The vehicle is roughly 3.85 m long/wide, 1.75 m tall, and weighs about 875 kg.
51. Dragonfly can cruise at ~36 km/h and climb to ~4 km altitude.
52. It has a redundant rotor configuration, allowing flight after loss of a motor or entire rotor.
53. Titan’s permanent fog blocks most sunlight; nights last about 8 Earth days, making solar panels ineffective.
54. Dragonfly will carry a multi‑mission radioisotope thermoelectric generator (MMRTG) like Curiosity and Perseverance.
55. The MMRTG converts heat from decaying plutonium‑238 into electricity, delivering ~110 watts continuously.
56. Dragonfly also has an 11.5 kWh lithium‑ion battery recharged during the long Titan night.
57. With stored energy, it can power its eight motors for flights up to ~16 km per day.
58. Over its mission, Dragonfly is expected to travel ~175 km across Titan’s surface.
59. The MMRTG also heats the lander, keeping internal temperatures between 0 °C and 30 °C.
60. Outside air on Titan hovers around ‑179 °C; a solomite‑foam layer insulates the craft.
61. Direct real‑time control from Earth is impossible; one‑way radio signals take 70‑90 minutes.
62. Dragonfly will use cameras, LIDAR, and radar to scout hazards, select landing sites, and fly autonomously.
63. It will communicate only a summary at the end of each mission segment.
64. NASA describes Dragonfly’s operation as a “leapfrog” pattern: fly during Titan day, study the site over Titan night, then leap to the next point.
65. Dozens of distinct landing sites are planned around Titan’s equatorial Shangri‑La sand sea and the 80 km‑wide Selk impact crater.
66. Heat from an ancient impact at Selk may have melted water ice mixed with surface organics, a possible pre‑biotic chemistry site.
67. Dragonfly carries a sensitive mass spectrometer to detect molecules in surface samples.
68. A drill will collect gram‑sized bits of Titan’s soil for analysis.
69. The payload also monitors wind, pressure, temperature, and Titan quakes.
70. Seven cameras will capture wide‑angle panoramas to microscopic close‑ups of grains.
71. Dragonfly’s design heritage traces back to Ingenuity, the Mars helicopter that flew 72 times in Jezero Crater (2021‑2024).
72. Ingenuity was a 1.8 kg technology demonstrator; Dragonfly is a full‑scale flying laboratory roughly 500 times more massive.
73. As of May 2026, the Dragonfly project had passed its critical design review (April 2025).
74. Full‑scale rotor tests in Titan‑like dense gas were conducted at NASA Langley’s Transonic Dynamics Tunnel during summer/fall 2025.
75. Foam insulation was qualified and flight radios completed in 2025.
76. Lockheed Martin finished the aeroshell heat shield for Dragonfly’s 105‑minute plunge through Titan’s atmosphere.
77. In April 2026, engineers fit‑checked the top deck, drop‑tested the parachute system over the Arizona desert, and verified additional systems at Goddard.
78. Spacecraft construction formally began on March 10, 2026, with full integration and testing ongoing at APL through 2027.