Gas engines generally lack the immediate throttle control/thrust response necessary for use in a multicopter. Why didn’t we see gas RC quadcopters before electric ones? My sniff smells ok.
Would you want a centralized gas engine powering your 4+ rotors causing them all to fail at once or would you like the complexity of 4+ separate ICE engines trying to work in concert with precise torque output?
The lack of imagination in this post is astounding. In this wall of gibberish you only really made three points: range, excess range, and noise.
Range: evtols are not trying to replace GA aircraft, at least initially. They will start out as air taxis and toys for the ultra rich, but most people dramatically underestimate the rate at which battery technology is improving. Being able to travel 100 miles in 30 minutes without spending an hour on each end dealing with the airport is something unavailable today.
Minimum fuel requirements: rules are meant to serve us, not be handed down from on high. If this does apply to evtols it will be changed. It’s a completely different use case. For example the emergency landing options for an evtol are vastly more available than for a Cessna.
Noise: I mean, agreed overall if not in detail. Realistically these things are going to be quieter than a traditional helicopter for sure, but will be higher pitch and swarming around in greater numbers. Annoying AF.
Dude literally bought Kleenex and insists you call it facial tissue paper.
Then look at the data. Vogtle was just completed for over $30/watt. You could build solar with 16x the nameplate capacity and 24 hours of lithium battery storage to make it baseload for that same amount.
The IEA is a bad joke that has been notoriously wrong in its projections for decades. Nobody in the industry takes them seriously.
I was about to switch all my windows machines to Linux but then you had to tell me this…