SpaceX Loses Starship Spaceraft During Test Flight
SpaceX’s second Starship test flight reached space, completed hot-staging, and kept all 33 first-stage engines running, but both the booster and upper stage were ultimately destroyed by the flight termination system before planned splashdown. Commenters frame this as significant progress in an iterative, test-to-failure development model, contrasting it with NASA’s more conservative, costlier Apollo and SLS approaches and debating what should count as “success” in experimental rocketry. The thread also touches on media framing of the event as a failure, technical challenges such as engine reliability and pad damage, and the broader implications for future missions like Artemis.
Overall assessment of the test
- Many commenters view the flight as a major step forward: stage 0 survived, all 33 first-stage engines ran well, hot-staging worked, and Starship reached space and nearly orbital velocity.
- The automated flight termination of both stages was disappointing but seen as progress because the system worked promptly, unlike the first test.
- A key regret is the lack of reentry and heat-shield testing and limited onboard camera footage, which reportedly was attempting Starlink downlink for the first time.
Failure, risk, and iterative development
- Strong emphasis that Starship is an experimental vehicle with no current critical payloads; failures are framed as part of a deliberate “test to destruction” learning strategy.
- Several posts argue that early, cheaper failures buy future reliability and lower cost versus NASA’s slower, more conservative, budget-driven approach.
- Others are uncomfortable “celebrating” explosions and feel success standards have slipped compared with historical programs.
Engine count and technical challenges
- Discussion of why 33 engines are hard: extreme heat/pressure, vibration, pogo oscillation, combustion instabilities, cascading failures, and statistics (more components → more failure opportunities).
- Starship’s many-engine approach is contrasted with most historical rockets and with the Soviet N1’s failure history, making the clean 33‑engine burn a notable milestone.
Comparisons to Apollo and NASA
- Some recall Saturn V never failing on launch and cite that as a higher bar for “success.”
- Others counter with Apollo 1, early engine explosions, huge Apollo budgets, and the unsustainability of that model.
- There is debate over Artemis: Starship is not needed for Artemis 2; Artemis 3’s main gating factor is said to be spacesuits, not Starship.
Media framing and public perception
- Multiple comments criticize the headline (“loses Starship spacecraft”) as glass‑half‑empty, arguing it ignores the test nature and milestones.
- Some claim broader media hostility toward Musk and mischaracterization as “disaster”; others report seeing neutral or positive coverage and suggest bias cuts both ways.
Launch pad and operations
- First-flight pad damage is linked by some to missing deluge/flame trench; others note official analysis focused on propellant leaks and fires, not debris.
- The new deluge system is credited with preventing severe pad damage this time.
- Notes on rapid manufacturing: several ships already built, many more in progress, engines claimed at ~1/day.