While we have not yet figured out how to ride a lap drive, we have found other ways that spacecraft…
While we have not yet figured out how to ride a lap drive, we have found other ways that spacecraft can operate at scary speeds over wide distances from outer space.
Ion devices, for example, have enabled spacecraft like NASA’s Deep Space 1 and Dawn to travel year at record speeds.
And now, a European-Japanese mission is ready to fend off the most powerful ion troops yet on its long journey to Mercury after successfully making its first maneuver in space.
The BepiColombo mission launched from the Earth on October 19, wants to send a spacecraft and two piggybacking orbits to Mercury – a mile of 9 billion miles (9 billion miles) that will include nine aerodromes of ground, venus and mercury and 1
8 loop around the sun to speed up.
spacecraft takes seven long years to get there, despite its pair of extremely powerful ion guns – the most powerful ever built.
Ion guns use positively charged ions – from particles of a built-in fuel source like xenon gas – to create traction. Particles are charged with electricity, usually provided by solar collectors and then shot as a cannon.
In order to put the spacecraft’s ionic strength in perspective, a statement from ESA compares full gas from one of its two thrusters to the power to “hold a AAA battery at sea level.”
Yes, that sounds weak. However, it will burn its iron strings for long stretches at a time – a series of 22 long burns, each lasting up to two months. The first burning is scheduled to start in mid December.
Because tough and still wins the competition.
This article was originally published by Futurism. Read the original article.