Has anyone considered the weight and friction differentials?
The system may possibly be programmed to the prop design and specs for compensation calcs. The computer might not be compensating for the reduction in prop weight and friction differentials. Possibly over-compensating because of a lighter and slicker prop. Just a plausible hypothesis. #DontHate
The idea of radio interference is plausible, but unlikely. The props do not spin anywhere near the radio frequency to cause anything close to a "solid reflective surface" to a radio signal. Signal scatter or reflection might be a possible; I don't know enough about how carbon fiber and its effects on RF.
The system may possibly be programmed to the prop design and specs for compensation calcs. The computer might not be compensating for the reduction in prop weight and friction differentials. Possibly over-compensating because of a lighter and slicker prop. Just a plausible hypothesis. #DontHate
The idea of radio interference is plausible, but unlikely. The props do not spin anywhere near the radio frequency to cause anything close to a "solid reflective surface" to a radio signal. Signal scatter or reflection might be a possible; I don't know enough about how carbon fiber and its effects on RF.
