On Tuesday night, SpaceX’s massive spacecraft rocket experienced an explosion during its 10th test flight. After two days of canceled missions resulting from a series of fiery mishaps, which included in-air explosions, the company faced quite a challenge.
The rocket, towering at 400 feet, finally lifted off from the Starbase facility in Texas at 7:30 PM EST. This launch followed delays due to inclement weather on Monday and ground system issues on Sunday.
During this test flight, the spacecraft soared hundreds of kilometers into the sky, successfully removing the booster and deploying all eight dummy satellites for the first time since the ninth test ended in a fiery descent.
The Federal Aviation Administration (FAA) had cleared the way for this test following an investigation into the previous launch. That earlier attempt had failed when the spacecraft couldn’t deploy the dummy satellite and subsequently burnt up upon re-entering Earth’s atmosphere.
SpaceX officials pinpointed a significant fuel tank failure as the cause of that mishap.
Live spectators at Starbase, filled with enthusiasm, erupted in applause every time a satellite was deployed during Tuesday’s flight.
This eagerly awaited launch was the result of postponements on both Sunday and Monday. The original attempt on Sunday had to be called off due to liquid oxygen leaks before the live stream even started.
The next scheduled launch was delayed on Monday because of adverse weather conditions. Just two minutes prior to the planned takeoff, the team indicated they would hold for T-40 due to “red weather,” although all other metrics were in the “green range.”
Fortunately, by Tuesday, everything checked out as “Green Range,” and the rockets were cleared for an on-time release.
This launch comes over two months after the spacecraft previously exploded during routine testing, creating a massive fireball.
Before the ninth launch in May, the company had witnessed its seventh and eighth flights explode in the Atlantic Ocean in January and March, respectively.
Despite these setbacks, the ninth test did show promise as it marked the first successful reuse of the Super Heavy Booster rocket, indicating progress towards CEO Elon Musk’s vision of an entirely reusable rocket system.
Starship is engineered to be fully and rapidly reusable, which aims to drastically reduce costs and resources for SpaceX. This goal aligns with the company’s ultimate ambition of pioneering missions to the Moon and Mars.
Interestingly, SpaceX has been selected to manage NASA’s upcoming Artemis 3 mission, which is planned for a return to the Moon in 2027.
