About Propeller Simulator (AeroForge)

AeroForge Pro models propeller mechanics: how blade pitch, diameter, rotational speed, and blade count affect thrust and efficiency. It's built as an aerodynamic design sandbox so you can adjust propeller parameters and see how the resulting performance characteristics shift, without needing dedicated engineering software.

How to use it

  1. Set propeller parameters: diameter, pitch, blade count, and RPM.
  2. Review the calculated performance characteristics as you adjust values.
  3. Compare different configurations by changing one parameter at a time.
  4. Use the results to inform a design direction or as a teaching aid.

Who it's for

Hobbyists designing RC aircraft or drone propellers, students learning propeller aerodynamics, and engineers doing early-stage sanity checks before detailed CFD work.

Frequently asked questions

Is this a substitute for CFD analysis?

No — it's a simplified mechanics model meant for quick estimates and intuition-building, not certified engineering analysis.

What parameters affect thrust the most?

Blade pitch and diameter typically have the largest effect, with RPM and blade count as secondary factors in the model.

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Built by @toteclabs