Due to the limit speed of conventional thrust, the use of plasma or ion thrust are extremely higher speed but also extremely low mass, so give it time to accelerate, don't know the actually speed in space after a couple years of acceleration.
@Ir0nF1st924 Hydrogen gas is superheated using radio waves (forming plasma) and accelerated through a magnetic field to high speed. Its an electric rocket, in a sense.
@cerlim Plasma or ion rockets provide much lower thrust than a conventional chemical rocket and, in nearly all cases, cannot operate at all in atmosphere.
In space, however, their main advantage becomes apparent - operating at full thrust for days or more nonstop can produce very high velocities.
Isn't this that engine that provides Ion-engine like specific impulses, but isn't an ion engine? And haven't some people speculated that you could induce fusion in it?
not quite, according to wikipedia, their plasma jet has a velocity of 30-300km/s, so, with this thing, they'll, if put to use, go a maximum of 0.1% of the speed of light (still takes 4000 years to the nearest star). This is ment for satellites/space crafts travelling outside our atmosphere, within our solarsystem.
Due to the limit speed of conventional thrust, the use of plasma or ion thrust are extremely higher speed but also extremely low mass, so give it time to accelerate, don't know the actually speed in space after a couple years of acceleration.
dvh065 3 months ago
how does this produce thrust?
Ir0nF1st924 8 months ago
@Ir0nF1st924 Hydrogen gas is superheated using radio waves (forming plasma) and accelerated through a magnetic field to high speed. Its an electric rocket, in a sense.
Keinlicht 7 months ago
how does the thrust os a rocket like this compare to a standard rocket for a trip to an orbiting space station?
cerlim 1 year ago
@cerlim Plasma or ion rockets provide much lower thrust than a conventional chemical rocket and, in nearly all cases, cannot operate at all in atmosphere.
In space, however, their main advantage becomes apparent - operating at full thrust for days or more nonstop can produce very high velocities.
nemesisgeek 10 months ago
Is it just me, or does this look like it could be an explanation for the Norwegian light show of late?
ThereasaR 2 years ago
@ThereasaR
Partly yes. Regarding the blue trail, they principally are the same hot plasma.
DragonFlyback256 1 year ago
Isn't the parsec a measure of distance, not time?
neiderlaander 2 years ago 2
kessel is full of black holes......the ship that can navigate the shortest route through is the fastest...thats why he says parsec
CrazyForCooCooPuffs 2 years ago
@neiderlaander yup. 3.26 light year.
trisky1234 1 year ago
Cool engine. Would it be feasible to use it for longer interplanetary flights one day ?
ZemplinTemplar 2 years ago
That's the point. lol. It's all interplanetary.
hellomate639 2 years ago
Sure one day. Not in the next 25 years.
socratesxv 2 years ago
Isn't this that engine that provides Ion-engine like specific impulses, but isn't an ion engine? And haven't some people speculated that you could induce fusion in it?
aMammoth 2 years ago
@aMammoth no
moneyman10k 2 years ago
wait...hum what is that supposed to be?
I'd like to have some info :)
xXpezcoolXx 2 years ago
VASIMR VX-200 is an experimental plasma rocket engine.
saintaureus 2 years ago
so a potetially starwars esk engine?
michu070 2 years ago
not quite, according to wikipedia, their plasma jet has a velocity of 30-300km/s, so, with this thing, they'll, if put to use, go a maximum of 0.1% of the speed of light (still takes 4000 years to the nearest star). This is ment for satellites/space crafts travelling outside our atmosphere, within our solarsystem.
mattetjus 2 years ago
i meant starwars esk, because of the way it looks, im not expecting any of our ship to make the kessel run in under 12 parsecs lol
but thank you for extra infor, this technology looks like its got potential
michu070 2 years ago
nah not starwars, more like a slow cargo tug.
watch?v=ZXofYP_VfUg
roidroid 2 years ago
extra info**
michu070 2 years ago