New Plane Makes Its Own Fuel

A new form of propulsion called ionic thrust would change everything. And it’s already flying.

Ionice Wind Plane
A new MIT plane is propelled via ionic wind. Image by Christine Y. He/ MIT
Gemini Sparkle

Key Takeaways:

  • MIT scientists successfully test-flew a 16-foot wingspan model plane propelled solely by "ionic wind."
  • This propulsion system is solid-state (no moving parts), uses no fuel, and theoretically allows for unrefueled, continuous flight.
  • Ionic wind is generated by high-voltage electrodes that ionize nitrogen from the ambient air, creating a thrusting "wind" over the aircraft's lifting surfaces.
  • While current applications are limited to small models, the technology shows promise for future small drones rather than larger aircraft.
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Ionice Wind Plane
A new MIT plane is propelled via ionic wind. Image by Christine Y. He/ MIT

Scientists at the Massachusetts Institute of Technology have constructed and successfully test flown a 16-foot wingspan model plane that uses no fuel and could, theoretically, keep flying forever unrefueled. To top it off, the technology is solid-state, meaning in this case that there are no moving parts.

The technology is called ionic wind and it works not by creating power for a prop or turbine blast of some kind but by creating a wind that gets blown into an airfoil, which makes the plane fly. Additional lifting surfaces create additional lift. In this design, the “engine” is actually another wing.

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In order to produce this wind, the plane uses a system of high-voltage electrodes that scavenge nitrogen from the ambient air, turning its ions’ charge from their normally positive state to a negative one, which speeds the freshly charged nitrogen molecules contained within the air over the lifting airfoil. No fuel required.

The researchers spent two years developing the model, which they recently flew successfully. The results of the experiment were published in the journal Nature.

While the developers of the new plane say it might be a while before we see ionic thrust Skyhawks or Boeings, but that small drones might be candidates for the new form of propulsion.

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