As title. I'd like to have a check within a system of cogs that prevent a higher input RPM than intended from damaging later components, or causing other unintended effects.

Setting up the existing centrifugal clutch with just a speedometer, then feeding the comparator signal into a normal clutch does work stop it over a certain speed, but a cog-on-large-cog assembly still breaks. Apparently the redstone control is resolved after the speed changes happen.

A solution could be the suggested Inverted Centrifugal Clutch, completely stopping the transmission if the input RPM is over the set limit.

Alternatively/as well, we could have the equivalent of the Kinetic Bridge. But instead of transmitting only some maximum stress units per rpm, it keeps the stress unit coupling but limits the rpm transfer itself to a set value.