NEVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EVER-EV

A SpaceX rocket is anticipated to be visible in lunar orbit today, having remained aloft since its mission last year. The second stage of the Falcon 9 rocket is currently orbiting the Moon at an estimated speed of 8,690 kilometers per hour. Weighing approximately four tons and comparable in size to a bus, the stage is projected to descend into the Aitken crater, a shallow impact site on the lunar surface.

While SpaceX has not dismissed the possibility of recovering the hardware, the rocket is expected to generate a visible cloud of lunar dust observable from Earth. Typically, rocket components are designed to re-enter Earth’s atmosphere, resulting in either complete incineration or impact into the ocean. However, the substantial energy expenditure required for the lunar mission has allowed the second stage to remain in space, and its trajectory will not be actively controlled for several months.

This orbital remnant represents a unique instance, as most such hardware would have been expended or recovered sooner. Observers can anticipate seeing the dust cloud associated with the rocket’s descent. The continued presence of the rocket in orbit offers a rare look at deep space debris, providing ongoing scientific interest.

Topics: #ever #rocket #spacex

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