Rebecca Boyle - PopSci 
Hanging landers or drones look as if they are suspended up, since you can't begin to see the vortices triggered through the propellers or even the warmth released through the thruster, or whatever mechanism allows the hanging. Well, here you are able to. Also it proves that the action of hanging is not delicate.
Inside a test earlier this year, this prototype NASA lander travelled as much as 7 ft for 27 seconds, showing it may execute instructions autonomously, based on NASA. It could autonomously hover to have an extended period, control its position and orientation and land effectively. NASA engineers were quite happy, because the video below shows.
It is a pretty neat accomplishment, but it's made chilly through the infrared view proven here. What appeared to become a gust of wind (knocking a NASA meatball poster from the test chamber wall) is made an enormous jet of superheated gas.
NASA is testing this new robot lander inside a pursuit to design a brand new generation of small, versatile autonomous landers, that could certainly alight about the moon or any other airless physiques in which a parachute wouldn't be useful.
The following tests will require the lander as much as 100 ft for any whole minute, based on NASA.
[NASA via Wired United kingdom]
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