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SPACEX LAUNCHES STARSHIP V3, THE LARGEST ROCKET EVER BUILT
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Seoul measures the technological gap with the United States following Starship V3's successful inaugural flight, and questions the implications for the Asian space race as KASA charts its lunar ambitions.
Dominant angle identified — does not reflect unanimity of this country’s media
Seoul, May 23, 2026. South Korea followed closely the Starship V3 liftoff from Starbase, Texas, on May 23 — not as a mere spectator to American space achievement, but as a regional space actor measuring the gap to be bridged. Both the Korea Times and Korea Herald devoted detailed articles to this 12th test flight, emphasizing its role as a critical milestone for NASA's Artemis program.
The most powerful rocket ever built, standing 124 meters tall, lifted off at 5:30 p.m. local time from Starbase, near the Mexican border. Twenty-two dummy Starlink satellites were deployed during ascent, two of which carried cameras tasked with photographing the heat shield under real spaceflight conditions—a novel technique that did not escape Korean observers, attentive to advances in atmospheric reentry.
The flight was not without setbacks. One of six upper-stage engines shut down shortly after ignition, compromising orbital insertion. SpaceX spokesperson Dan Huot acknowledged on the live stream: "I would not call that a nominal orbital insertion," before adding that the trajectory remained "within bounds" of anticipated scenarios. The Super Heavy booster, meanwhile, failed to complete its return burn and fell uncontrollably into the Gulf of Mexico—what SpaceX had deemed acceptable for this test flight.
Despite these partial failures, the spacecraft continued its course across half the globe, executed its atmospheric reentry over the Indian Ocean, and achieved a controlled splashdown before self-destructing—a deliberate final explosion, as SpaceX had not planned to recover stages for this inaugural V3 test.
Elon Musk hailed the team on X: "You have scored a goal for humanity." NASA Administrator Jared Isaacman, present at launch, concurred: "One more step toward the Moon, one more step toward Mars." On the Korean side, enthusiasm is tempered by strategic reflection: Starship is the centerpiece of the Artemis program, which aims for crewed lunar landing by 2028. KASA, South Korea's space agency established in 2023, advances on its own objectives—a lunar probe, a national KSLV-III rocket—but the gap in launch capacity remains substantial compared to this mega-rocket producing 8,000 tons of thrust.
The financial context also commands attention: the flight came two days after Musk announced SpaceX's planned initial public offering, anticipated as the largest in Wall Street history with a target valuation of 1.25 trillion dollars. For Seoul, the stakes transcend technical accomplishment: it is the acceleration of a private model for space conquest that redefines the rules of international competition.
Comparative technology framing: South Korean media systematically contextualizes the event within the gap between American and national space capabilities (KASA, KSLV-III).
Preference for financial and strategic perspective: SpaceX's IPO and its geopolitical implications receive as much attention as purely technical launch aspects.
Limited environmental coverage: South Korean articles do not address booster debris fallout in the Gulf of Mexico or regulatory questions raised by the FAA.
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