NBC’s live Starship Flight 12 webcast focuses on SpaceX’s first test flight of Starship Version 3, covering launch, stage separation, payload deployment, reentry, and splashdown. The flight hit a few issues—one Raptor on the ship failed, the booster did not complete its full boostback—but the mission still reached space, deployed demo satellites, and executed a target ocean splashdown.
Watch on YouTube ›Get the market thesis, key claims, assets, contradictions, and follow-up questions from any financial video — then unlock a version personalized to your portfolio, watchlist, and favorite speakers.
This transcript is a live launch webcast rather than a market discussion. The anchors and SpaceX personnel walk through the Flight 12 test of Starship Version 3, emphasizing that the flight is a major development milestone and a data-gathering exercise. Early on, they discuss weather readiness, propellant loading, and the recovery-team setup in the Indian Ocean, with Starlink enabling communications and live imagery from the remote recovery area. After liftoff, the commentators describe the booster separation, hot staging, and the ship’s ascent. They note that one Raptor engine on the ship went out during ascent, but the vehicle continued flying and reached space. …
Near-term, this is a positive but not pristine test read: the flight accomplished key objectives, yet the engine-out and booster issues mean the program is still tactical-risky until the post-flight data is digested.
Over the next few weeks, the setup favors continued iterative progress if the heat-shield, flap, and payload data validate the design; if not, expect another engineering-tightening cycle before bolder objectives.
Structurally, the mission reinforces Starship’s role as a reusable super-heavy launch architecture aimed at lowering launch costs and enabling lunar and Martian transport, but it remains a prototype regime rather than an operational one.
Starship Version 3’s Flight 12 launched on time and entered a planned test profile.
The hosts say they are at the top of the window and later recap that liftoff occurred right at 05:30 PM Central.
One Raptor engine on the ship failed during ascent, but the vehicle remained controllable and continued toward space.
The commentary explicitly notes one engine went out and later says the ship still made it into space with engine-out capability.
The booster did not complete its full boostback profile and ultimately splashed down in the Gulf rather than returning to the tower.
The commentary says the booster did not complete boostback and landed in the cleared area set in advance.
How's everything looking out there in the landing zone?
The recovery team member says it's a pleasure to be there, conditions are rougher than yesterday with about 10 foot seas and it's hard to see the horizon, but they're loving it despite the rough conditions.
What's your guys' primary job out there in the Indian Ocean?
Their primary goal is range clearing — making sure no one else is in the area so rockets can launch. Their secondary goal is conducting imagery of the rocket as it re-enters and splashes down, using a mix of maritime and aerial assets.
How has the buoy system evolved over time from humble beginnings to today?
The buoys were originally used by sailboat racers and used as a Hail Mary attempt on Flight 5 to get imagery. They were shocked when all the buoys pointed right at the rocket as it came down, which was a testament to scrappy engineering and the rocket's landing precision. Since then, the buoys have become much more robust with more data collection capabilities and are now the most mature they've ever been. Many buoys deployed for the current flight are the exact same ones used for Flight 5.
Unlock the full claims, asset map, scores, related transcripts, follow-up questions, and AI chat — shaped around your portfolio, watchlist, favorite speakers, and risks.
