Iron Man Flight Propulsion: Exploring NASA's Electric Propulsion Technologies

In summary, NASA is exploring electric propulsion technologies for potential use in future space missions, including the development of an electric propulsion system for the Iron Man suit. These technologies use electric fields to propel spacecraft and are more efficient than traditional chemical propulsion methods. NASA is also testing new designs and materials to improve the performance and capabilities of these systems, with the ultimate goal of making space travel more efficient and cost-effective. The potential applications of electric propulsion in space exploration are vast and could revolutionize the way we travel and explore the universe.
  • #1
oquen
109
1
How does Iron Man flight propulsion work? It seems to be pure electrical, there are no jet fuels involved.

What devices presently being contemplated by NASA that can produce propulsion purely on electricity that doesn't rely on fuels?
 
Physics news on Phys.org
  • #2
oquen said:
How does Iron Man flight propulsion work? It seems to be pure electrical, there are no jet fuels involved.
Then why is there flame shooting out of the bottoms of his feet?

The explanation I've heard it that it uses "repulsor technology" ... in other words, movie magic with nothing to do with physics.

What devices presently being contemplated by NASA that can produce propulsion purely on electricity that doesn't rely on fuels?
Very likely none since that would be impossible. Electricity alone would not produce any thrust. You DO I assume realize that the flying thing is a total fiction? It's great for the story but is not based on actual physics. I think one of the early comic book suits WAS based on science and used chemical thrusters but even that was ridiculous since the amount of thrust produced and the time for which it was produced was simply impossible given the size of the suit and the lack of any fuel packs on his back.
 
  • Like
Likes CalcNerd and russ_watters
  • #3
phinds said:
Then why is there flame shooting out of the bottoms of his feet?

The explanation I've heard it that it uses "repulsor technology" ... in other words, movie magic with nothing to do with physics.

Very likely none since that would be impossible. Electricity alone would not produce any thrust. You DO I assume realize that the flying thing is a total fiction? It's great for the story but is not based on actual physics. I think one of the early comic book suits WAS based on science and used chemical thrusters but even that was ridiculous since the amount of thrust produced and the time for which it was produced was simply impossible given the size of the suit and the lack of any fuel packs on his back.

Don't forget Tony Stark is a genius.. perhaps more intelligent than Einstein. We haven't even figured out his Arc Reactor yet.. which may be based on vacuum or dark matter technology... the repulsor technology may be based on vacuum engineering... maybe Area 51 is a Tony Stark secret government facility?

Oh. What does the Marvel Universe say about Area 51?
 
  • Like
Likes hsdrop
  • #4
oquen said:
Don't forget Tony Stark is a genius.. perhaps more intelligent than Einstein. We haven't even figured out his Arc Reactor yet.. which may be based on vacuum or dark matter technology... the repulsor technology may be based on vacuum engineering... maybe Area 51 is a Tony Stark secret government facility?
Yeah, you're probably right.
 
  • Like
Likes CalcNerd
  • #5
Tony Stark's Arc Reactor is an infinite power supply unless there needs to be a plot twist. :oldwink:
oquen said:
What devices presently being contemplated by NASA that can produce propulsion purely on electricity that doesn't rely on fuels?
Who says it has to be NASA? This relies on fuel but it's the best one I've seen in our world so far.
 
  • Like
Likes BillTre and hsdrop
  • #6
One thought would be an Ion Thruster similar to what NASA is using to position satellites... but the energy is too small so I imagine ionizing the oxygen surrounding the thruster with microwaves might be a better solution.

Leik Myrabo of Rensselaer Polytechnic back in the late 1980's built a craft which used lasers (originally microwaves) to ionize and super heat oxygen (air) and explosively detonate below the craft which provided lift. The link below describes the technology behind it and you can also venture into Rensselaer into their archives for his advancements.

https://www.wired.com/2009/02/beamed-energy-i/
 
  • #7
oquen said:
How does Iron Man flight propulsion work? It seems to be pure electrical, there are no jet fuels involved.
If you want to learn about Iron Man's equipment from an in-universe perspective, you'd be better served looking elsewhere: http://marvel.wikia.com/wiki/Anthony_Stark_(Earth-616)#Paraphernalia
oquen said:
What devices presently being contemplated by NASA that can produce propulsion purely on electricity that doesn't rely on fuels?
Discussion of reactionless drives in non-fiction settings is prohibited site-wide as per the global guidelines: https://www.physicsforums.com/threads/physics-forums-global-guidelines.414380/#post-3929007
 
  • Like
Likes UsableThought
  • #8
oquen said:
How does Iron Man flight propulsion work? It seems to be pure electrical, there are no jet fuels involved.

Either through the fictional "repulsor" tech, or through some other fictional propulsion method. The technical details aren't usually explained very well. I know I've never seen any explanation in any of my Iron Man comic books (though I don't have more than perhaps 15 or so). There's no real comparison to real technology.

Personally I expect that they work off of a little-known technology called "plot-demandium", of which the technical profession is known as Applied Phlebotinum.

oquen said:
What devices presently being contemplated by NASA that can produce propulsion purely on electricity that doesn't rely on fuels?

Other than propulsion generated by sending EM radiation out the back end, none. But the thrust provided by these drives are exceedingly low. Far lower than even ion drives.
 
  • Like
Likes UsableThought
  • #9
oquen said:
Don't forget Tony Stark is a genius..

He's not a genius, he is fiction. His intelligence, and the physics he uses are purely the imagination of the writers. Comparing him to any real physicist is frankly, insulting.
 
  • #10
Algr said:
He's not a genius, he is fiction. His intelligence, and the physics he uses are purely the imagination of the writers. Comparing him to any real physicist is frankly, insulting.
Keep in mind which forum this is in :smile:
 
  • Like
Likes hsdrop and Aufbauwerk 2045
  • #11
phinds said:
Keep in mind which forum this is in :smile:

There is a difference between enjoying fiction, and faulting real science for not keeping up with it. I mean:

oquen said:
We haven't even figured out his Arc Reactor yet..

Who is the "we" in this sentence?
 
  • #12
I know nothing about Iron Man. But about this Tony Stark. Surely he is not in the same league as Zefram Cochrane. And he was drunk much of the time.
 
  • Like
Likes ninehundredt
  • #13
Drakkith said:
Personally I expect that they work off of a little-known technology called "plot-demandium", of which the technical profession is known as Applied Phlebotinum.

Ain't that a great site? TV Tropes, that is. They seem to have upgraded their "look" but if it's the same site I'm thinking of, it's been around some years now; beautiful explication of genres, leading to a better understanding of storytelling in general. Every fan wiki could benefit by hard-wiring a link to TV Tropes into their top level menu.
 
  • Like
Likes Drakkith
  • #14
The Arc Reactor is based on the Tesseract and we learned on Avengers that the Project Pegasus was studying the Dark Energy the Tesseract produces.

The easiest explanation for his propulsor would be that calling it a "repulsor" would be a better fit. Certainly he's using the Dark Energy that the Arc Reactor produces.

The Dark Energy has a repulsive force against gravity
 
  • #15
Point Break said:
The Dark Energy has a repulsive force against gravity
Then why does he ran out of fuel in Avengers?o_O
 
  • #16
Young physicist said:
Then why does he ran out of fuel in Avengers?o_O
It's all movie nonsense so I wouldn't worry about it too much. Also, the OP has left the building.
 
  • #17
Been decades, but I remember reading a library book on how to make your own micro-light lifters using high voltages to give 'ion streaming' at multiple points. Even crinkle-cut edges of kitchen foil. Beyond a few seconds free-flight before the sheet discharged its capacitance, arranging a light-weight charging tether to make an electric 'kite' was non-trivial.

Sorry, cannot remember title or author.
He was very, very clear, however, that this tech was 'fun stuff', relied on the atmosphere as 'fuel' and was not scalable to significant payloads. And certainly not applicable to 'serious' propulsion. If you increased voltage or power-density, you approached scary van de Graff and grid arc-over country. Don't go there...

FWIW, if any-one can identify this book, I'd be grateful. I've an abiding interest in fun electrostatics. Even if it is long, long out of print, being able to quote the book's reference would be so cool...
 

Related to Iron Man Flight Propulsion: Exploring NASA's Electric Propulsion Technologies

1. What is electric propulsion technology?

Electric propulsion technology is a form of spacecraft propulsion that uses electrical energy to accelerate charged particles and produce thrust. It differs from traditional chemical propulsion systems, which use chemical reactions to produce thrust.

2. How does electric propulsion work?

Electric propulsion works by using an electric power source, typically solar panels, to generate electricity. This electricity is then used to ionize a propellant, usually xenon gas, creating charged particles. These charged particles are then accelerated using electric fields to produce thrust.

3. What are the advantages of electric propulsion?

Electric propulsion offers several advantages over traditional chemical propulsion systems. These include higher specific impulse, or efficiency, meaning less propellant is needed for the same amount of thrust. It also allows for longer operational lifetimes and the ability to make small, precise adjustments to a spacecraft's trajectory.

4. How is NASA using electric propulsion in space exploration?

NASA has been using electric propulsion technology for decades in various missions, including the Dawn spacecraft, which explored the asteroid belt and the dwarf planet Ceres. Currently, NASA is developing the High Power Solar Electric Propulsion (HPSEP) system for potential use in future missions to Mars and beyond.

5. What is the future of electric propulsion technology?

The future of electric propulsion technology is bright, with ongoing research and development aimed at improving its efficiency and capabilities. It is expected to play a crucial role in future deep space exploration missions, allowing for longer and more efficient journeys. As technology advances, electric propulsion may also become a viable option for commercial satellite launches.

Similar threads

  • Aerospace Engineering
Replies
1
Views
2K
Replies
3
Views
745
  • Science Fiction and Fantasy Media
Replies
2
Views
2K
  • Aerospace Engineering
Replies
7
Views
2K
  • Science Fiction and Fantasy Media
Replies
33
Views
7K
Replies
23
Views
4K
  • Aerospace Engineering
Replies
7
Views
2K
  • Science Fiction and Fantasy Media
Replies
25
Views
56K
  • Science Fiction and Fantasy Media
Replies
15
Views
2K
Replies
4
Views
1K
Back
Top