Putri Anggraini
SpaceX's massive Starship rocket has achieved orbit for the first time, a breakthrough moment for the private space company and a significant step toward its long-term ambitions of lunar and Martian exploration. Mission control confirmed the achievement during a livestream on Monday, announcing "Starship is orbital" as the spacecraft lifted off from the company's Starbase facility in southern Texas.
The flight represented Starship's 14th full-scale test launch in three years, but unlike previous attempts that ended in fiery crashes or brief forays into space, this mission was designed to circle the globe. The uncrewed spacecraft was programmed to travel at an altitude of roughly 275 kilometers (170 miles) and complete six orbits over nearly 10 hours before splashing down in the Pacific Ocean near Chile. The first-stage booster was not intended to return to the launch site, instead falling into the Gulf of Mexico minutes after liftoff.
The path to success was not without drama. One of the spacecraft's engines shut down earlier than planned, creating several tense minutes for flight controllers. However, because all other systems were functioning properly and the failed engine was no longer needed for the remainder of the mission, the team decided to proceed with the orbital attempt as scheduled. The decision proved correct, and Starship continued its journey around the Earth.
Standing 124 meters (407 feet) tall, Starship is the largest and most powerful rocket ever constructed. It was designed from its inception to be fully reusable, a feature SpaceX considers essential to reducing the cost of space travel and enabling frequent launches. The company has been working to recover and inspect previous Starship components, including a spacecraft salvaged from the Indian Ocean in July. Engineers used hands-on inspections of that recovered vehicle to modify the heat shield on the newly launched Starship, applying lessons learned to improve performance.
For this mission, Starship carried 26 of SpaceX's latest and most advanced Starlink satellites, which will join the approximately 11,000 older models already in orbit providing internet service worldwide. The successful deployment of these satellites marks another commercial milestone for the company, which has built a vast constellation of spacecraft to deliver broadband connectivity across the globe.
SpaceX founder Elon Musk has emphasized the importance of caution as the company works toward certifying Starship for operational orbital flight. He noted at a business summit earlier this month that if the spacecraft were to break apart over land and scatter debris onto populated areas, "our popularity would diminish very rapidly." That concern has driven SpaceX to take a measured approach, prioritizing safety and reliability before attempting more ambitious maneuvers.
If the orbital debut continues to go well, the next Starship flight will attempt to return to the launch pad, where giant mechanical arms will try to catch the hovering spacecraft. Musk has estimated the odds of a successful catch at roughly even or slightly better. Should that feat succeed, SpaceX plans to re-fly the spacecraft by the end of this year or early next year, further demonstrating the reusability that is central to the company's vision.
The achievement comes as NASA prepares for its Artemis III mission, which could launch as soon as next summer. That mission will involve a complex triple-launch docking exercise in orbit around Earth, bringing together an Orion capsule carrying astronauts with competing lunar landers. Jeff Bezos's Blue Moon lander is scheduled to launch first, followed by Orion, which will close in for a linkup. Musk's Starship would then dock with Orion after Blue Moon's launch.
Looking further ahead, Artemis IV, slated for no earlier than 2028, would see astronauts landing on the moon using either Blue Moon or Starship, whichever is ready first. Subsequent lunar missions will alternate between the landers developed by the two billionaires, setting up a rivalry that could accelerate innovation and reduce costs in the emerging commercial space sector.
Musk originally conceived Starship for missions to Mars, envisioning fleets of the rockets carrying the first settlers to the red planet. For now, however, his focus has shifted to the moon and to using Starship to transport satellites into orbit in large quantities. The company intends to phase out its smaller Falcon 9 rocket within several years, relying increasingly on Starship for a wide range of missions.
To support this expansion, SpaceX is nearing completion of a second Starship launch site at Florida's Kennedy Space Center, with plans for a third facility in the state of Louisiana. These additional sites will allow the company to increase launch cadence and support the growing demand for orbital access.
The successful orbital flight represents a turning point for SpaceX, which has faced criticism and setbacks during Starship's development. Previous test flights often ended in explosions, and the company has had to balance ambitious timelines with the technical challenges of building a fully reusable super-heavy-lift rocket. The achievement also comes amid broader financial developments for SpaceX, including its recent public offering and Musk's emergence as the world's first trillionaire.
For NASA and the broader space community, Starship's orbital success is a promising sign that the vehicle could soon play a central role in returning humans to the moon and eventually reaching Mars. The coming months will be critical as SpaceX attempts to recover and reuse the spacecraft, demonstrating the kind of rapid, low-cost access to space that has long been the company's goal.
As the space industry watches closely, the next steps for Starship will involve increasingly complex tests, including the launch pad catch and re-flight. If those milestones are achieved, SpaceX will move closer to certifying Starship for crewed missions and fulfilling its contracts with NASA. The successful orbital debut is a major step, but it is only one part of a much longer journey.
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