Greetings, tech enthusiasts! Today, we’re diving into the latest antics from SpaceX, where things got a little too heated during a test flight.

Recently, SpaceX disclosed that the dramatic explosion of their Starship last month stemmed from a series of unfortunate events tied to propellant leaks.

The company asserts that corrective measures have been implemented in anticipation of their upcoming eighth test flight, anticipated as soon as this Friday.

However, they’re still awaiting the Federal Aviation Administration’s (FAA) decision on concluding the mishap investigation or granting special permission for the flight.

This investigation marks a first as CEO Elon Musk operates within government oversight, leading to potential changes at the FAA.

The incident unfolded shortly after the Starship’s launch, which initially appeared to go smoothly as it ascended into the skies.

Problems arose roughly two minutes post-launch, when a flash ignited near one of the Raptor engines, indicating an alarming propellant leak.

Following this, another flash triggered sustained fires, which in turn caused most of the engines to shut down, resulting in a complete communication blackout.

SpaceX believes vibrations exceeded their expectations, placing undue stress on engine components that led to these leaks.

Eventually, the ship was destroyed by the automatic in-flight abort system in response to the catastrophic fires.

Fortunately, this explosion provided a stunning sight for many, lighting up the skies over the Turks and Caicos Islands.

Despite fears, SpaceX reports that all debris landed safely within a designated area, although some residents noted fragments washing ashore.

In response, SpaceX is modifying its fueling lines and adjusting propellant temperatures while introducing new systems to prevent future leaks.