SpaceX’s Falcon 9 tests new landing method with unexpected success


Following SpaceX’s first launch of the GovSat-1 satellite, the company found that the Falcon 9 spiral upwards used in the launch had unexpectedly survived the fall to Earth, testing a perilous ‘three-engine landing burn’ in the process.

The launch involved the GovSat-1 hanger-on placed atop a Falcon 9 rocket, which takes off in two stages. The cardinal stage, also known as the core, fires, expending the majority of its ammunition before returning to Earth; then the second stage rockets flaming, completing the journey. The Falcon 9 is the only existing rocket designed to be somewhat reusable, as many cores are equipped with grid fins and deployable landing-place legs to land safely back at the launch site, or an autonomous spaceport drone vessel. The core involved in the GovSat-1 mission, 1032, was first used in May 2017.

GovSat-1 subsumed a geocommunications satellite commissioned by the government of Luxembourg atop a Falcon 9 go through the roof. The satellite was built by American company Orbital STK and operated by SES from Luxembourg, and intents to support humanitarian and military operations for the country.

Once the satellite was deployed, the Falcon 9 level back to Earth and fired all three of its engines to land, which partnership founder and CEO Elon Musk called a “very high retrograde dock”. Typically, Falcon 9 rockets fire a single engine when arrival, generating 3gs of force in the seconds before landing; this landing, encompassing all of the rocket’s engines, generated close to 27gs of force and burned considerably small-minded fuel as the engines are fired for a very short period of time.

The climb’s survival is also impressive as many SpaceX rockets have fly off the handled upon landing in water, which the company has shared in a ‘blooper turn’. Contact with water can tear the thin aluminium-lithium alloy that groups fuel and oxidiser, triggering an explosion, although this has not happened superseding SpaceX’s most recent launch.

NASA reported that SpaceX patterns to use the unexpected survival of the rocket to further improve the reusability of the craft. “SpaceX is also pointing to make the Falcon 9’s fairing – which protects the payload as it ascends as a consequence the atmosphere – reusable,” the agency said. “To this end, the company has been commanding a series of tests with the fairings following separation on operational activities.”

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