SpaceX Successfully Tests Starship with Deployment of 22 Satellite Simulators
Starship completed its 12th test flight, for the first time performing a maneuver deploying 22 satellite simulators and a controlled splashdown in the Indian Ocean. Despite one engine failure, the ship demonstrated the ability to flip and restart engines.
Starship V3: A Brilliant Failure and the Silent Reshaping of the Space Economy
Author: Analytical Note, Internal Review
All headlines scream: "SpaceX launched Starship V3, deployed 22 simulators, splashed down in the Indian Ocean!" The media trumpet "success" and "triumph." But let's look under the hood. The rocket lost one engine on ascent, lost one engine in vacuum, failed to properly restart booster engines for return, missed a key engine restart test in space, and then spectacularly exploded upon splashdown. And this, damn it, is the best Starship flight ever.
Don't fall for the PR. What we saw on May 22, 2026 is not "just another test." It is the beginning of the end of the era of disposable rockets and a silent declaration of war on everyone who still believes in the old space economy. Let's break it down.
[The Core]: What's Really Happening
May 22, 2026, 5:30 PM Central Time. Starship V3 (Ship 39 + Booster 19) lifts off from Launch Pad 2 at Starbase, Texas. This is the first flight of the third-generation rocket that Musk called "fully redesigned": according to him, in V3 "almost all components differ from V2." And that's no exaggeration — new Raptor 3 engines, a new fuel distributor "the size of a Falcon 9 first stage," a new launch system.
But why does this matter? Because the average person sees "another explosion." But an insider sees:
- The first-ever deployment of a payload in space on a suborbital trajectory. 22 satellites (20 Starlink simulators + 2 modified to scan the heat shield) were successfully deployed. This is not an orbital insertion; it's a proof of concept for the "pellet" PEZ deployment system, which ejects satellites in 10 minutes like an automatic weapon firing rounds.
- Testing "survivability in case of engine loss." One of the six vacuum Raptor engines failed on ascent. The ship still reached the planned trajectory. This is called engine-out capability — and it's the only thing that distinguishes a commercial airliner from a military aircraft.
- The world's first "self-diagnosis" of the heat shield in real flight. Two special satellites, which Musk behind the scenes called "Dodger Dogs," filmed Starship's heat shield during flight and transmitted images to Earth. Several tiles were intentionally painted white (simulating missing tiles), and one tile was deliberately removed — to understand how neighboring tiles behave under thermal load.
Non-obvious insight: SpaceX doesn't need a fully functional heat shield right now. They need a monitoring system that says, "this tile will fall off in 3 flights, replace it." Because manual inspection of 40,000 tiles after each flight kills the idea of rapid reusability. And these two satellites are the first step toward AI-based automatic heat shield inspection.
[Timeline and Context]
To understand the scale, you need to know the backstory.
- January 2025, Flight 7. Starship V2 exploded due to harmonic oscillations — resonance destroyed the structure. After that, SpaceX took a 7-month pause.
- October 2025. Last flight of V2. After it, Musk publicly stated: "V2 is a dead end. V3 will be completely different."
- May 20, 2026, Attempt 1. Launch aborted 40 seconds before liftoff due to a hydraulic pin that didn't release the tower arm. Musk wrote on X: "If we fix it tonight — we fly tomorrow." This "fix it overnight" attitude is something no old aerospace contractor can afford.
- May 22, 2026, Successful Launch. Booster 19 loses engines during return and crashes into the Gulf of Mexico. Ship 39 loses one engine, skips the restart test, but deploys 22 satellites and after 65 minutes splashes down in the Indian Ocean, then explodes.
Key date everyone missed: Musk stated that if Flight 12 goes well, Flight 13 could be orbital. That means: the next 30-60 days.
[Who Wins and Who Loses]
Wins (catastrophically): Small satellite space startups.
Rocket Lab, Astra, Firefly — everyone who built a business on "cheap small satellite launches." Starship V3 is claimed to have a payload capacity of 100 tons to orbit. This is not a rocket; it's a freight train. If SpaceX starts selling seats on Starship at $5,000/kg (and that's realistic with a launch cost of ~$20 million), small launch vehicles will die. Their only trump card is launch frequency. But if Starship flies once a week (and after V3, that's realistic), they lose.
Wins: Starlink.
20 simulator satellites — a test of the new PEZ dispenser. The old system on Falcon 9 deployed 60 satellites at a time. The new PEZ on Starship can deploy up to 100+ Starlink V3 satellites in a single launch. This reduces the cost per satellite from $300k to maybe $50k. Competitors (Amazon Kuiper, OneWeb) simply cannot compete on economics.
Loses: NASA.
Not because Starship is bad. But because NASA has already invested billions in SLS — a rocket costing $4 billion per launch. Starship flies (albeit with flaws) for $100 million. NASA Administrator Jared Isaacman was at the launch and watched with a very complicated expression. Because in 2 years, Congress will ask: "Why do we need SLS if Starship is already deploying satellites?" This is a political time bomb.
Loses: Blue Origin.
Bezos is building New Glenn — a reusable heavy rocket. But it hasn't flown yet. And Starship V3 is already flying. And flying with twice the payload capacity. Blue Origin risks becoming the "second player" in a segment where the second player doesn't make money.
[What the Media Isn't Saying]
First. They write "deployment of 22 satellites" but stay silent that it's a suborbital trajectory. These satellites fell back to Earth after 2 hours. This is not an orbital launch. It's a test of the deployment system. The difference is enormous, but for the average reader, it looks like "SpaceX is already launching mega-satellites."
Second. The engine loss on Booster 19 during return is not a coincidence. It's a systemic problem: out of 13 engines that were supposed to ignite for braking, only 5 ignited. That's a 60% failure rate for restart. Why? Because Raptor 3 is a main engine. It wasn't designed for multiple vacuum restarts. SpaceX is trying to make it do something that requires a separate maneuvering engine. This is risky.
Third. They don't talk about the skipped engine restart in space. This was a key test item — to show that Starship can deorbit and return. This test was skipped because they lost one engine. Without restart, there's no lunar landing. Without lunar landing, there's no $4 billion NASA contract.
[Forecast: Next 30 Days and 90 Days]
30 days:
From May 23 to June 22, SpaceX will analyze telemetry. Two main questions: (1) why didn't the booster engines ignite? (2) could they have done a restart with one engine if they wanted to? My guess: within 30 days, Musk will announce Flight 13 for September 2026. Not August — too early. And this Flight 13 will be either a full orbital launch or an attempt to dock with an orbital station (there are plans for a tanker).
90 days (by August 2026):
Watch for DoD (Department of Defense) contracts. The Pentagon is closely watching Starship's ability to launch 100 tons at once. This means: a satellite constellation for "defense breakthrough" could be deployed in 2 launches instead of 20. If in August SpaceX gets its first "secret" contract to launch military payloads on Starship — that means V3 is deemed "reliable enough."
Key bet: Watch for in-space propellant transfer tests. This is the only technology separating Starship from the Moon. Without orbital refueling, Starship cannot reach the Moon with payload. The first transfer test will be Flight 14 or Flight 15. If you see news "Starship transferred 10 tons of methane between tanks" — set your calendar for 2028 for the NASA landing.
Verdict: Starship V3 is not a rocket. It's a platform. Like Android in smartphones. SpaceX is not building "the best rocket." SpaceX is building the standard under which all space logistics will be written for the next 20 years. And Flight 12, despite explosions and failures, established that standard. Others can either catch up or retreat to the "space taxi" niche. There will be many of the latter, but the money there is peanuts.
— Editorial Team
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