swash

The whole point is to avoid the complexity of swash plates and similar mechanisms.

Which airplanes parts do you think are more complicated than a helicopter swash assembly?

Yep, that’s how helicopters work, using a swash plate to change the rotor pitch every revolution.

A collective pitch helicopter requires a bunch of expensive moving parts and linkages to run the swash plate.

Are perhaps specifically not piracyWell you'd still get to do all the pirate stuff, buckling your swash and splicing the mainbrace and all that.

Font-feature-settings: "smcp=1”;\n font-feature-settings: "swsh=1,cswh=1”;\n\nSeriously—that’s how you get small caps and swash?

A swash plate is active on each rotation and needs to be fast enough to work the blade through a certain range of pitch values within have a rotation interval.

With an RC helicopter any hard landing probably means replacing hundreds of dollars of finicky bearings and swash plates.

Well, simple propeller pitch control is a lot easier than a swash plate because it's idle when the pitch is kept the same and it's no problem if making it slower simplifies it.

How about one value for one property: font-caps: small; /* or none */\n \n font-swash: contextual; /* or none */\n \nThis also gives room for future flexibility in values.

It wouldn’t surprise me if machine learning resolution enhancement methods would add a smartphone or some out-of time branding such as Adidas stripes or a Nike swash to some movie scenes.

Wouldn't it be adjusted by a single mechanism, similar to a helicopter swash plate, rather than individual servos?

Multicopters with swash plates are interesting too as they can be simplified not to tilt the plate but only offset it up and down to alter pitch the same way all around the rotation.

The swash plate design even though more complex than a prop mounted on a shaft is still a rather simple design, litterally a bearing mounted on a 2 axis system and rods attached to rotate the blades.

The most traditional design requires 3 relatively powerful linear actuators of some sort as well as a spherical bearing at the swash plate, then 2 linkages to the rotor head and 2 more bearings on the rotor head itself.

The term zalgo is also not apt considering that's just digital vandalism/noise using stacking diacritics, while every swash and flourish in this writing is quite deliberate and strikes a visual balance.

These are the advantages and disadvantages I can think of:Pros* Probably much cheaper than a traditional helicopter - you don't need any complicated mechanical components like swash plates.\n* Increased redundancy would be much easier - you can wire up batteries in parallel, and it can no doubt fly with a significant number of broken propellers.