SpaceX attempted the maiden test flight of their new Starship rocket on April 20, 2023. Sadly, three minutes into the flight over the Gulf of Mexico, the rocket burst. SpaceX still views the test launch as a success despite this result. I concur that the explosion was a success failure in my capacity as a space policy specialist.
Super Heavy and the Starship spaceship are the two stages of the extraordinarily potent Starship rocket. 33 engines make up the Super Heavy first stage, which has more than twice the thrust of the Saturn V rocket used to launch people to the Moon in the 1960s and 1970s. Its goal is to lift the rocket up to a height of roughly 40 miles above the surface of the planet. When this is accomplished, Super Heavy detaches from the spaceship and safely returns to Earth for further usage. To launch the payload, such as passengers or satellites, into orbit, the second stage, the Starship spacecraft, starts its engines.
Although some components of Starship have been tested before, the launch on April 20 marked the first time that the Starship spacecraft was entirely mated with the Super Heavy rocket. If the test had been successful, the first stage would have plummeted into the Gulf of Mexico after separating from the second stage. The Starship would have kept on and eventually collided with the ocean off the coast of Hawaii.
The SpaceX crew views the test as successful despite the explosion because the rocket was able to launch from the launch pad and fly for more than three minutes, passing through a crucial point of maximum stress known as "max Q." Even while the result wasn't perfect, it nonetheless offered useful information for upcoming launches and improvements in space technology. According to SpaceX's assessment, there were a few problems with the Super Heavy rocket and Starship spacecraft launches. First of all, a few of the engines failed to function when the two stages were supposed to split. Second, the separation did not go as expected, causing the rocket to begin to tip over. These issues' underlying source is still a mystery.
Approximately 400 feet (120 meters) tall and 4.9 million kilograms (11 million pounds) in weight, the Starship spaceship is a massive spacecraft. It was imperative to avoid any potential danger because it contained very flammable fuel. As a result, the rocket's self-destruct system was activated by SpaceX engineers, resulting in an explosion over the Gulf of Mexico. Nowadays, the majority of rockets contain safety features that enable engineers to safely detonate them when necessary. Particularly SpaceX has lost many of their rockets while conducting tests.
It's common for new rockets to experience issues during their development phase, and getting to space is no easy feat. In the last two years, both South Korea and Japan have had unsuccessful launches of new rockets that did not reach orbit. Other commercial companies, like Virgin Orbit and Relativity Space, have also had recent failed launches, with most involving unmanned missions. In such cases, engineers usually destroy the rockets intentionally after identifying issues.
Compared to other organizations, SpaceX adopts a different approach to testing its rockets. Its philosophy is to fail quickly, identify issues, and rectify them in the next rocket iteration. This is in contrast to the traditional approach used by NASA, which involves identifying and planning for possible problems extensively before attempting a launch. The traditional approach is often slower, and the development of NASA's Space Launch System (the rocket for the Artemis program) took more than ten years before its first launch in November 2021. On the other hand, while SpaceX's approach is quicker, building new rockets can be more expensive in terms of time and resources.
SpaceX engineers will investigate and determine the specific cause of the failed launch to make improvements for the next test launch. SpaceX views such unsuccessful launches as a way to learn from mistakes and eventually reach its goal of sending humans to Mars.
