SpaceX fired up its massive Starship rocket for the ninth time Tuesday evening, hoping to build on recent progress after two explosive demo flights. But despite a powerful launch, the mission fell short when the spacecraft tumbled out of control and broke apart before completing its main objectives.

The 403-foot (123-meter) Starship blasted off from SpaceX’s Starbase launch facility in southern Texas — a community that recently voted to officially become a city. The launch marked the first time SpaceX flew a Starship with a recycled booster, pushing the hardware to its limits.

What Went Wrong?

SpaceX aimed to release a series of mock satellites after liftoff, but the plan hit a snag when the spacecraft’s cargo door failed to open fully. Soon after, the rocket began spinning uncontrollably as it ascended, eventually heading toward an unplanned, uncontrolled splashdown in the Indian Ocean.

SpaceX confirmed the spacecraft suffered a “rapid unscheduled disassembly” — a polite way of saying it broke apart mid-flight. The company said it will analyze flight data and work toward improving the next test.

Elon Musk Sees Progress Amid Setbacks

SpaceX CEO Elon Musk acknowledged on X (formerly Twitter) that this flight was a “big improvement” over the previous two, which ended in fiery crashes over the Atlantic. He pledged to ramp up the testing pace, with Starship launches planned every three to four weeks for the next several flights.

Unlike previous attempts, SpaceX did not try to catch the booster upon return with its giant mechanical arms—sometimes called “chopsticks.” Instead, the booster was allowed to crash into the Gulf of Mexico in pieces after losing communication mid-flight. Meanwhile, the main Starship continued on its unstable trajectory.

Technical Challenges and What’s Next

Fuel leaks apparently caused the spacecraft’s loss of control. SpaceX flight commentator Dan Huot admitted, “Not looking great with a lot of our on-orbit objectives for today,” referring to the failure to test the spacecraft’s heat shield during a controlled reentry.

Communication with the rocket ended shortly before it crashed, and SpaceX ended its live webcast soon after.

Background and Bigger Picture

This launch follows two previous Starship demo flights earlier this year, both of which failed minutes after liftoff, sending wreckage raining down in the Caribbean. Thankfully, no injuries or serious damage were reported, though airline traffic was disrupted.

The Federal Aviation Administration recently gave SpaceX clearance for this flight, expanding the safety hazard zone and scheduling launches outside peak air traffic times.

In preparation for future missions, SpaceX modified the spacecraft’s thermal protection tiles and installed catch fittings designed to enable future recovery of Starships back on the launch pad—similar to how they recover boosters.

Why It Matters: NASA and the Moon Mission

Starship is the largest and most powerful rocket ever built, and NASA is counting on SpaceX to make significant progress in the next year. The goal? To use Starship for upcoming moon missions, including a 2026 flight carrying four astronauts that will orbit the moon (but not land).

Landing astronauts on the lunar surface won’t happen until at least 2027, and it will require Starship to safely transport crew from lunar orbit to the surface and back.

SpaceX’s Starship program continues to push boundaries with each test flight — even when the rocket doesn’t land as planned. With improvements in the pipeline and an aggressive launch schedule, the journey to Mars and beyond is still very much underway.

Source: AP News – SpaceX launches another Starship rocket after back-to-back explosions, but it tumbles out of control

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SpaceX has called off the first flight attempt of its powerful Starship rocket since an explosive mishap earlier this year. The uncrewed test flight, set to launch from SpaceX’s Starbase in South Texas, was scheduled for a 5:30 p.m. CT (6:30 p.m. ET) launch window. However, a series of issues, including an undisclosed problem with the Super Heavy booster, led to the scrubbed attempt.

Countdown Trouble: What Happened?

During the countdown, SpaceX encountered technical difficulties. Although the issue with the Super Heavy booster did not halt the launch immediately, computers detected additional problems, prompting the company to cancel the mission. While no new launch date has been set, SpaceX’s Dan Huot mentioned during the live stream that the rocket could be ready for another attempt within 24 hours.

SpaceX founder Elon Musk acknowledged the uncertainty on the social media platform X (formerly Twitter), stating there were “too many question marks about this flight.” He suggested it was best to “destack, inspect both stages, and try again in a day or two.”

A Last-Minute Stack: Pushing for Speed

SpaceX had only stacked the Starship spacecraft on top of the Super Heavy booster earlier that morning, an unusual move in rocket operations. The company opted for this last-minute assembly in an effort to make Starship as quick and nimble as possible. Huot explained that SpaceX is pushing to make Starship capable of flying rapidly and frequently — a key goal for the company.

However, SpaceX did not conduct a “wet dress rehearsal” for this launch, a critical ground test where engineers fill the rocket with fuel and practice launch procedures. These rehearsals are typically used to identify and resolve issues before launch, so skipping this step added some risk to the mission.

The Aftermath of Flight 7: Explosive Mishap and Safety Upgrades

This latest launch attempt comes just six weeks after Starship’s seventh test flight ended in a catastrophic explosion on January 16. The midair explosion caused debris to rain down on the Turks and Caicos Islands, triggering an ongoing investigation by the Federal Aviation Administration (FAA). Despite the incident, the FAA cleared SpaceX to proceed with Flight 8, confirming the company had met all safety, environmental, and licensing requirements.

In response to the January failure, SpaceX has made significant upgrades to Starship. The company suspects the explosion was caused by a leak in the aft section of the rocket, near a tank holding super-chilled liquid oxygen (LOX), which led to increased pressure and a fire. Vibrations from the flight’s sonic conditions may have triggered the leak.

To prevent a recurrence, SpaceX has implemented changes such as new vents, a purge system to reduce fire risk, and adjustments to fuel lines and engine operating parameters.

What’s Next for Starship?

When SpaceX attempts the flight again, the plan will be to launch the Super Heavy booster, which is 71 meters (232 feet) tall, to propel the Starship spacecraft into space. The booster will fire for about 2.5 minutes before separating from the spacecraft, after which it will attempt to land in the “chopstick” arms of SpaceX’s launch tower in Brownsville, Texas — a maneuver SpaceX has successfully completed twice.

Meanwhile, the Starship spacecraft will ignite its own engines and continue on a suborbital trajectory. About an hour after launch, the spacecraft is expected to perform a controlled splashdown in the Indian Ocean, testing how Starship might be recovered in future missions. However, as with prior test flights, the spacecraft will not be recovered this time.

Ongoing Recovery Efforts After Flight 7

The debris from the January mishap disrupted air traffic as planes were rerouted to avoid falling rocket parts. While there were no reported injuries or major property damage, residents of the Turks and Caicos Islands have reported finding pieces of Starship scattered along beaches and roadways. The local government, in collaboration with SpaceX, developed a debris recovery plan, which was approved in February. However, details about the cleanup process — including who will cover the costs — remain unclear.

Final Thoughts

SpaceX is determined to get Starship ready for future missions, with the goal of turning the rocket into a reusable, rapid-launch system. However, after the January explosion and the challenges faced during this latest test attempt, the company must first iron out technical issues before its next launch attempt. For now, all eyes remain on SpaceX as it strives to overcome these hurdles and get Starship back on track for its long-term goals in space exploration.

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SpaceX’s highly anticipated Starship launch system soared into the skies on Thursday for its seventh uncrewed test flight. This mission marked the latest milestone in SpaceX’s drive to refine its ambitious rocket system, but the outcome had a mix of triumph and setbacks.

Successful Booster Catch

One of the most exciting moments of the test was the successful retrieval of the Super Heavy booster, a key part of the Starship system. Using the “chopsticks” system (the Mechazilla launch tower), SpaceX was able to catch the booster as it returned to Earth, completing a feat that had been accomplished only once before during the October 2024 test flight.

The Super Heavy booster, with its 33 engines, had already provided a thrilling boost by sending the spacecraft up into the sky from SpaceX’s Starbase launch site near Brownsville, Texas. This time, one of the 33 engines had already been flown on a previous mission, a first for SpaceX.

Starship Explosion Diverts Flights

Despite the booster landing success, the Starship spacecraft—the upper stage of the system—wasn’t as fortunate. Roughly 8.5 minutes after launch, Starship suffered a catastrophic failure, which SpaceX described as a “rapid unscheduled disassembly” (RUD). This is the company’s term for an explosion, and in this case, it meant the Starship was lost during its ascent burn.

As a result of the explosion, nearby air traffic was disrupted. Aircraft tracking website Flightradar24 reported that many flights had to be held or diverted to avoid debris. The Federal Aviation Administration (FAA) also confirmed delays at Miami and Fort Lauderdale airports due to “debris” falling from the spacecraft. Fortunately, the FAA quickly rerouted aircraft, and normal operations resumed shortly after.

The Loss of Starship and Potential Causes

The failure of Starship happened when it had already ascended to 90 miles in altitude and was traveling at a speed of 13,200 miles per hour. SpaceX shared that it would continue to analyze the data from the test to determine the root cause of the failure.

SpaceX’s spokesperson confirmed the loss of the spacecraft shortly after the event, citing a fire that developed in the aft section before the explosion. Debris from the explosion was reported to fall over the Caribbean, but SpaceX assured the public that the launch had taken place within a designated hazard area, keeping the general public safe.

Looking Ahead: Lessons Learned and Future Missions

SpaceX’s founder, Elon Musk, took to social media to comment on the incident, sharing images of the debris and maintaining an optimistic tone by stating that improved versions of the spacecraft were already ready for future launches. Musk later speculated that the explosion was likely caused by an oxygen/fuel leak above the ship’s engine firewall, suggesting that future launches would focus on fixing the leak and improving fire suppression.

The mission, which saw Starship equipped with enhanced fuel capacity, a more powerful flight computer, and improved communication systems, also aimed to test the spacecraft’s potential for deploying satellites. Ten dummy payloads were onboard to simulate SpaceX’s future Starlink satellites, although they were not expected to reach orbit and would instead have splashed down in the ocean.

SpaceX intends to continue its testing of the Starship system and learn from each failure. As SpaceX engineer Dan Huot put it, “Success comes from what we learn,” and the company remains determined to press forward with its plans for the next generation of space exploration.

Next Steps for SpaceX

The company plans to assess the data collected from this flight to identify exactly what went wrong. SpaceX hopes to implement fixes in preparation for the next Starship mission, which could launch as early as next month.

NASA Administrator Bill Nelson also acknowledged the importance of the test flight, tweeting, “Spaceflight is not easy. It’s anything but routine. That’s why these tests are so important,” emphasizing how each test brings humanity closer to reaching the Moon and Mars through the Artemis program.

While the failure was a setback, SpaceX’s continued efforts show the resilience of the company in pushing toward future missions and refining the technology that will help make space exploration more reliable and accessible.

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SpaceX launched its Starship rocket for a highly anticipated test flight on Thursday, but the spacecraft was destroyed just minutes after achieving a thrilling milestone — successfully catching its booster back at the launch pad.

Elon Musk’s company confirmed that the Starship spacecraft suffered what they described as a “rapid unscheduled disassembly” during its ascent. The spacecraft’s six engines appeared to shut down sequentially, and communication was lost just 8.5 minutes into the flight.

The new, upgraded Starship model was meant to complete a test flight across the Gulf of Mexico from Texas, simulating a near-orbit flight similar to previous tests. SpaceX had loaded the spacecraft with 10 dummy satellites to practice deploying them. However, the spacecraft did not make it as far as expected, and was destroyed before reaching its intended destination.

Just a minute before the loss of communication, SpaceX successfully used its giant mechanical arms on the launch tower — nicknamed “chopsticks” — to catch the returning booster, a feat achieved only once before. The booster hovered over the launch pad before being gripped by the arms, marking a thrilling achievement for the company.

Despite the excitement of the booster catch, the failure of the spacecraft overshadowed the moment. SpaceX spokesman Dan Huot expressed both excitement and disappointment: “It was great to see a booster come down, but we are obviously bummed out about the ship,” he said. “It’s a flight test. It’s an experimental vehicle.” Huot added that the team would need time to analyze the data and determine the cause of the spacecraft’s failure.

The last data received from the spacecraft indicated an altitude of 90 miles (146 kilometers) and a velocity of 13,245 mph (21,317 kph) when communication was lost.

The 400-foot (123-meter) rocket had launched from Boca Chica Beach near the Mexican border during the late afternoon. The timing allowed for a potential daylight entry halfway around the world into the Indian Ocean, but unfortunately, the spacecraft never made it nearly that far.

For this latest test flight, SpaceX had made several improvements to the spacecraft and added mock satellite payloads, designed to be the same size as its Starlink internet satellites. These satellites, along with the spacecraft, were intended to be destroyed during re-entry.

Musk’s long-term goal is to launch real Starlink satellites into space using Starship, eventually progressing to other satellite launches and, later, human missions. This was the seventh test flight for the world’s largest and most powerful rocket. NASA has already reserved two Starships to land astronauts on the Moon later this decade, with Musk aiming to reach Mars in the future.

Earlier in the day, Jeff Bezos’ Blue Origin launched its own supersized rocket, New Glenn, from Florida. This rocket successfully reached orbit on its first flight, placing an experimental satellite into space. However, like SpaceX, Blue Origin also faced disappointment as its first-stage booster missed its targeted landing on a floating platform in the Atlantic.

SpaceX will now focus on analyzing the data from this test and prepare for future flights, as they continue working toward making Starship a key vehicle for space exploration.

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