VASIMR firing at 3000 frames per second

[Haskanawa72]

I was delighted that you shared this video! VASMIR firing at 3000 frames per second using Argon propellant. The helicon discharge can be seen turning on first, then each RF module of the Ion Heating stage.

[AntoMelta]

I am very happy to see the vidoe after you give this The helicon discharge can be seen turning on first, then each RF module of the Ion Cyclotron Heating stage.

[willamricard]

I Love The Video It Can Increase My Knowledge The helicon discharge can be seen turning on first, then each RF module of the Ion Cyclotron Heating stage

[imegatrone]

Steady I Really Like This Video The helicon discharge can be seen turning on first, then each RF module of the Ion Cyclotron Heating stage.

[Melehete]

Good, I like that you share this video The helicon discharge can be seen turning on first, then each RF module of the Ion Cyclotron Heating stage, I wish success always

[NganaJHone]

Nice Video VASIMR firing at 3000 frames per second using Argon propellant That You Share , So Very Nice Thanks You

[Ondelendo]

I Really Like The Video From Your The helicon discharge can be seen turning on first, then each RF module of the Ion Cyclotron Heating stage.

[bundawartini]

Your Video Is Very Useful Sharing VASIMR firing at 3000 frames per second using Argon propellant. The helicon discharge can be seen turning on first, then each RF module of the Ion Cyclotron Heating stage

[Sparkeee24]

I am really curious what the consumption rate of the fuel is. thrust per kg of propellant. Figure solar for electricity, but you still nead the argon... in what quantities? More info would be great! I'd like to model some ideas about extending beyond LEO, say to catch up to an asteroid. or a test project to the moon.

[quangluu96]

@Sparkeee24 1kW of energy is require to power this

[niiidar]

Yeah... More info would be really great.

[michu070]

so what kind of thrust we talkin? im always glad to see vasimr vids. wish for more info tho