Single-blade propeller

A single-blade propeller may be used on aircraft to generate thrust. Normally propellers are multiblades but the simplicity of a single-blade propeller fits well on motorized gliders, because it permits the design of a smaller aperture of the glider fuselage for retraction of the powerplant. The counterbalanced teetering mono-blade propeller generates fewer vibrations than conventional multiblade configurations. Often, single blade propeller configurations are touted as having a much greater efficiency than multiblade propellers, but this is a falsehood outside the inertial losses in spinning a heavier propeller, and the minimal additional drag from added blades. Single bladed propellers are principally used to fulfill engineering requirements that fall outside the scope of efficiency.

Patents

Sources
gollark: I think Intel stuff is rated to run below 105° or so, but it's probably bad for it.
gollark: I believe that's mostly artificial driver limitations by Nvidia.
gollark: Huh, it looks like according to userbenchmark (kind of a terrible source, but nobody else is actually going to make comparisons this ridiculous) my integrated GPU is actually slightly faster than your dedicated card.
gollark: Oh. Hmm. You could probably do with... better fans? New thermal paste?
gollark: You can also muck with process priorities, or CPU frequency scaling, probably.

See also

Samara (fruit) single blade-like seed which autorotates in Nature.


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