To make the best of what the Europa Clipper discovers when it begins orbiting the icy moon of Jupiter it’s necessary to see if it can drive back data to Earth. Thus, the Clipper, to send back data from that distance into the solar system, will be fortified with a high-gain antenna (HGA) that the organization is testing at present. NASA is assessing a full-scale 10-ft-tall model of the HGA—a steering antenna that enables exact directing of radio signals—at the ETR (Experimental Test Range) at Langley Research Center of NASA.
The Clipper team is evaluating its performance in the controlled environment of an electromagnetic test facility, much similar to how the Mars helicopter team utilized Space Simulator of JPL to verify their unmanned soaring vehicle functions. Particularly, they are ensuring it is highly precise when it comes to aiming to its targets, as that is the key to transmitting back vast volumes of scientific data and high-resolution pictures.
Researchers deem the moon’s icy, thick crust is concealing a global salty ocean. Though the Clipper team is nearly done with its present round of trails, they are intending to carry out more in the identical facility prior to the spacecraft launches. The Europa Clipper is anticipated to liftoff sometime in 2020 and will require 3–7 years to get to the gas giant, based on its launch vehicle as well as other factors.
Likewise, finding a habitable world in the outer solar system has been of prime attraction among astronauts and researchers. Jupiter’s amazingly volcanic moon Io is one of the targets of an assignment that researchers are suggesting to NASA for the 3rd time. Called the Io Volcano Observer, the assignment would liftoff in 2026 and reach the moon in 2031. There, it would, “trail the heat” so as to comprehend how the gravitational pull that the moon experiences cause its great volcanic eruptions.