Portuguese 
English 
Spanish 
5 min of reading 
0 comments 
SpaceX prepares the maiden flight of the Starship V3 on May 19 with 22 simulated Starlink satellites and redesigned Booster 19 with 3 larger grid fins
SpaceX confirmed on May 12, 2026, that the Starship V3 will make its maiden flight on May 19 at 6:30 PM ET, according to Space.com. This will be the 12th total flight of the Starship and the first of the new V3 version, considered a key piece for missions to the Moon and Mars. The launch will take place from Starbase, in Boca Chica, southern Texas.
According to the company founded by Elon Musk, Ship 39 (upper stage) will deploy 22 simulated Starlink satellites on a suborbital trajectory. In parallel, Booster 19 debuts three grid fins, instead of the traditional four, with each fin 50% larger and more reinforced. Therefore, SpaceX will not attempt to capture either the upper stage or the first stage on this test flight.
According to the Federal Aviation Administration (FAA), all commercial orbital launches in the US depend on specific licensing. As already confirmed, the Starship V3 has current authorization for the May window. Therefore, the flight should pave the way for dual-use civilian and military missions with unprecedented cargo capacity.
-
Scientists discover hidden hot water traps beneath Antarctica and reveal why the ice may be melting much faster than it seemed
-
At 55 meters and 240 tons, the US places the USX-1 Defiant in the sea, a military ship without a bridge, without a kitchen, and without space for crew, designed to operate alone on long-duration missions.
-
Fog that many people see as a simple “smoke” may be alive, full of bacteria, and even cleaning air pollution without anyone noticing.
-
Appliance that many people leave plugged in should be turned off after use to avoid an increase of up to 12% in the electricity bill and internal damage caused by electrical fluctuations, technicians warn.
What changes in the Starship V3 compared to previous versions
The Starship is the tallest and most powerful rocket ever built, with over 120 meters in height and about 74 meganewtons of thrust at launch. Compared to previous versions, the V3 brings structural improvements to the Super Heavy: new cryogenic valves, updated thermal shield, and upgrades to the Raptor engines.
Additionally, the redesign of the grid fins is one of the most visible changes. Instead of four small fins, Booster 19 now has three larger and structurally more robust fins. According to SpaceX, this improves stability during stage reentry and reduces manufacturing complexity.
On the other hand, Ship 39 brings the final configuration of cargo doors for mass Starlink satellites. In other words, the rocket is approaching the operational configuration to begin replacing the Falcon 9 in internet constellation missions. To understand the scale, a Ship can carry more than 100 tons to low orbit, compared to 22.8 tons of the Falcon 9.
22 simulated Starlink satellites and standard suborbital
According to Space.com, the 22 simulated satellites have a mass similar to the next-generation Starlinks. Consequently, the flight will allow testing the real ejector in an operational environment, although still on a suborbital trajectory. Firstly, this reduces risks: if something fails, debris falls in predicted zones in the Pacific.
According to the FAA rule for suborbital flights, SpaceX can use the approved window without waiting for additional authorization. Secondly, Stage 2 (Ship 39) should test controlled reentry using improved thermal shield plates. Similarly, stage 1 (Booster 19) will enter ballistic descent without capture on the Mechazilla arm.
In parallel, several analysts indicated that SpaceX prefers successive flights without capture to validate thermal insulation, protective shield, and new landing algorithms. Therefore, full capture missions should return only from the 13th or 14th flight, with the V3 version already validated.
Why the V3 debut matters for Artemis and military logistics
NASA contracted Starship variants for the Artemis III phase of the mission to the Moon. According to the agency’s schedule, the first manned landing attempt could happen in 2027 or 2028, depending on additional tests. In other words, each anticipated Starship flight shortens the validation timeline.
Similarly, the USAF Rocket Cargo program, linked to the Space Force, is studying using the Starship for global point-to-point transport in up to 90 minutes between continents. Although still in the study phase, this military use would give American logistics an unprecedented strategic advantage.
- May 19 at 6:30 PM ET — launch window
- 12th total flight, 1st of the V3 version
- 22 simulated Starlink satellites aboard Ship 39
- 3 redesigned grid fins on Booster 19, 50% larger
- 120 meters total height, world record
The commercial context: Falcon 9 gives way to Starship
The Falcon 9 is still SpaceX’s most used rocket in 2026, with a weekly cadence. In comparison, the company’s goal is to bring the Starship to 10+ flights per booster with a cost below $1,000 per kilogram. Currently, competing systems operate in the range of $3,000 to $10,000 per kilogram.
According to coverage by Spaceflight Now, SpaceX also completed adjustments on the OLP-2 launch platform at Starbase. Consequently, there are now two operational platforms, which increases the testing cadence. Therefore, consecutive flights can happen with only a few months’ interval.
On the other hand, critics point out that the program faces cumulative delays. Each test failure requires regulatory review by the FAA, with waiting windows of 60 to 120 days. Therefore, the V3 debut also serves as a measure of the program’s technical maturity in the face of future human certification requirements.
Impact for Brazil and the telecom sector
For the Brazilian reader, the advancement of the Starship V3 matters for the cadence of Starlinks. Firstly, Anatel has already regularized SpaceX’s service in the country, with more than 800,000 active subscribers in May 2026. Secondly, new Starship flights accelerate the V3 constellation with greater capacity.
Similarly, Brazilian agribusiness, mining, and logistics companies increasingly rely on Starlink for remote operations. Consequently, any delay in this launch schedule directly affects the broadband of agricultural frontier and legalized mining areas.
Disclaimer: test flight, not production
Although the official communication is optimistic, it is worth remembering: this is a test flight. In other words, any failures will be treated as validation data, not as a commercial anomaly. Therefore, the rocket can be lost without the program suffering a severe financial setback.
According to technical analyses, the next FAA review takes place within 30 days after the flight. If the result is positive, SpaceX could schedule 4 to 6 Starship missions in 2026 still. Other developments in the space sector continue to be mapped on Click Petróleo e Gás, especially in the links between commercial launches and the US-China technological race. Will the May 19 window be confirmed without new delays?
Be the first to react!