The Metro isn't a big deal at all to someone that takes the time to really learn it. A V1 cut with the loss of the left essential bus is probably the most intense thing a civilian pilot would ever experience, but it would be rare. That plane rears it's ugly head on the ground and an improper understanding of the systems, specifically the manual starts, renders the plane grounded at the pilot's fault.
What a lousy aircraft.
We apparently did that scenario on the Metro at the Mormon Air Force for training. I've talked to our old hands about it, and I'm unimpressed. I'll take a transport category airplane "designed" to be flown by "idiots" any day and twice on Sunday with how lousy that thing's systems are.
I'm watching it right now in my base though. The Metro does require a very intelligent person to fly it and not have an incident. I have no qualms admitting that I know almost nothing about the Brasilia at this point, but it just doesn't matter. Part 23 amendment 34 or whatever vs part 25. Part 25 airplanes are indeed designed to be flown by an idiot in that comparison.
I sincerely hope you know
something about the Brasilia. I mean, you
can be an idiot and have a happy career on it as long as nothing goes wrong. But...
That electrical system can blow your crap away in a skinny minute if you don't understand what's going on up there. The propeller will also kill you and right quickly too. (You should be able to tell me, in your sleep, what a flashing BETA 1 (2) light means in flight, for instance.) System knowledge is still an integral part of any pilot's repertoire of knowledge, even on "drool proof" jets like the 175.
Also, you're wrong about being designed to be flown by idiots.
Transport category airplanes,
by certification, may not require
above average handling skill for any of the required things, like V1 cuts. They are
still intended, however, to be flown by well-trained and qualified operators. When the aircraft's handling characteristics exceed the ability of the average pilot, the design is changed.
Case in point: Autofeather, as we know it now, is a product of the Glenn L. Martin Model 202 and 404 airliner. As it turned out, it would have required superhuman skill and crew coordination to maintain control of the aircraft
and select the appropriate feathering button in a timely manner. The Air Line Pilots Association got (somewhat justifiably, mind) riled about "losing control of the feather buttons," until they went flying with the Martin Company factory pilots and suddenly became believers at that particular airplane's handling characteristics with one engine at wet takeoff power and the other windmilling around Vr. The system, as designed even in the 1950s, was more error-proof and much quicker than a human operator selecting the appropriate feathering button at a time where there was no time for delay or error. (The system was only armed above "I forget" throttle angle, and it was a drop of "I forget"
BMEP torque [damn whippersnappers] for the system to activate the feathering pump, and then the automatic feather system was inhibited for the other engine, so you wouldn't wind up with both screws feathered.)
Protecting essential power on the 727 also comes to mind. (My memory fails me, but I believe that the -247 models at Western kept the standby buses, and therefore the Captain's flight instruments, mostly energized regardless of the position of the ESSENTIAL POWER selector, but recognizing a loss of all main AC power and then getting that selector over to STANDBY, and quickly is a big deal for the flight engineer.)
I will freely admit that they've made the systems
better (I have very few memory items on my new whip and most of them are related to either breathing or stopping flight control-related nonsense, the latter of which I've always considered obvious actions even if there's not a big bold box drawn around them) on newer airplanes. Indeed, systems-related my hurry-up cases nowadays are mostly restricted to trim runaways and control column jams, which are largely non-annunciated failures. (Given the short duration of battery power available on the current whip, making sure the RAT is online in the event of a loss of all main AC power is
also an unwritten hurry case. Better advice than "LAND AT THE NEAREST SUITABLE AIRPORT" should be given for that particular wart.)
So, no, I don't really want idiots driving around airplanes and I don't think there are that many idiots really running around up there, except in the case of the Gulfstream pilots who have demonstrated their immaturity; even drool-proof airliners are not really all that droolproof, and still require some brains and skill up front, even if by certification they are designed to be handled by average airmen.