SpaceX Starship rocket achieves first orbital flight after engine failure

Consensus Summary

SpaceX’s Starship rocket achieved a historic milestone by reaching Earth orbit for the first time during its 14th test flight, launching from Texas at 7.48am local time (1.48pm BST). Despite an engine failure shortly after liftoff, mission controllers opted to continue the flight, allowing the massive rocket—standing at either 120 or 124 metres tall—to complete part of its planned six-orbit trajectory. The success marked a turning point for SpaceX, as previous test flights had only reached suborbital altitudes, posing fewer risks. Both outlets highlight the mission’s significance in advancing lunar and Mars exploration, with Starship now capable of carrying large payloads, including 26 next-generation Starlink satellites deployed during the flight.

The orbital test follows three years of incremental progress, with earlier attempts ending in explosions or uncontrolled descents. The Guardian notes three major failures in the past year alone, including a launchpad explosion in March, a spin-out two months later, and a pre-flight explosion a month after that. These setbacks underscored the challenges of developing a fully reusable rocket, a goal Elon Musk has emphasized as critical to reducing space travel costs. The mission also coincided with SpaceX’s stock market debut in June 2024, adding financial stakes to the technical achievements.

Key figures, including Musk and SpaceX engineers, played pivotal roles in the mission’s outcome. The Guardian quotes Daniel Hewitt, an engineer narrating the live stream, declaring ‘Starship is in orbit’ as cheers erupted in mission control. ABC highlights Musk’s cautious approach to safety, stating at a recent summit that debris over land would ‘diminish our popularity very rapidly.’ Both outlets emphasize the collaboration between SpaceX and NASA, with Starship poised to support Artemis moon missions, though ABC specifies Artemis IV may use either Starship or Blue Moon, targeting no earlier than 2028.

While both articles agree on the core event, they diverge on specific details. The Guardian focuses on the rocket’s early splashdown in the north Pacific and the booster’s Gulf of Mexico landing, whereas ABC emphasizes the potential for future launchpad catches by year’s end or early. The Guardian also provides precise orbital speed (28,000km/h) and mentions heat shield testing via Starlink satellites, while ABC underscores Musk’s long-term vision for Mars colonization. These differences reflect varying emphases: technical execution versus strategic ambition.

The mission’s success raises questions about the next steps for Starship, with ABC noting SpaceX’s plans to phase out the Falcon 9 rocket within several years. The Guardian implies ongoing challenges, such as the booster’s hard landing in water during the last test flight, which required hardware and software modifications. Both outlets suggest the orbital achievement is a critical step toward certifying Starship for crewed missions, though unresolved technical hurdles—like engine reliability and reusable landing systems—remain. The articles do not specify a timeline for the next test flight, leaving that uncertainty to future developments.