Experience flying in flight regimes that a reciprocating engine aircraft will never be in.
Sure, but that's kind of like the old joke about Microsoft Technical Support and the Lost Helo Pilot; a technically correct answer rather lacking in any useful information. Surely, you can elaborate.
Let me rephrase the question. What are those regimes of flight and what is it about those regimes of flight that imbues them with a premium valuation relative to all the other regimes of flight in many selection processes? I’m not asking to be snarky or contrary. And I’m not asking with a vested interest or a lack of jet time. I'm asking out of honest curiosity and a sense that we may be making unquestioned assumptions and using un-validated metrics in decision making.
Before going further, let me clarify a couple of things to prevent them from distracting us. I recognize that there are "other factors" in any hiring matrix. That's always a given. Nothing in that realm of “other” relates to my question, however. Secondly, I don't disregard the importance of jet time. Some jet time is very important, and one benefits immensely and demonstrates many desirable qualities simply by successfully negotiating the the type rating process. I’m only questioning the seemingly inordinate weight and preference often bestowed upon jet time over other kinds of time. Especially given that the vast bulk of knowledge, skills, and attitudes that make for a good airplane pilot are gained through experience in, well,
airplanes, not jets or turboprops, or pistons. Again, the essential question I'm asking is, "what lends jet time its preferential and premium weight?"
When I look at a pilot -and yes, I have seen this guy- with 8000 hours, 7750 of which are in the same jet type, I don't see weight. I see a dude in an inflatable fat-man suit. Me? Assuming all else equal, I would hire the guy with a thousand hours in a couple different jets/turboprops, and a couple thousand in pistons. I'm not saying my opinion is necessarily correct. I'm just saying, all else equal, I’m going to take a well-rounded, broadly experienced pilot over a shiny jet jock in a heavily starched shirt every day of the week and Sundays. That, and I’m not entirely convinced that sitting in a cushy cockpit, being served coffee while pithily comparing the relative merits of contracted hotel chains or falling asleep while bypassing the destination airport is high grade experience. If anything, based on maintenance quality, emergency/distress event frequency, equipment MTBF rates, and workloads, I’d have to give the per-hour experience multiplier to non-jet hours. The best experience is bad experiences: difficult ones, scary ones, ones that test a pilot’s ability to integrate and execute on all that knowledge and skill he (often unquestioningly) assumes he’s accumulated, ones that leave a pilot reflecting for a good while afterwards. The most profound thing that is learned by repeating the same comfortable hour 5000 times is complacency of the most insidious kind.
So, instead of a sound byte, help me understand this. What are the elements of those "regimes of flight" unavailable to pistons that differentiate those regimes from the ones available to pistons? What experience is gained in those regimes that lends them such a veneer of value?
Off hand, I can think of only a few, virtually all of which are bundled into the rubric of High Altitude Operations. Let's assume for the purposes of this discussion that piston aircraft can not operate in the flight levels. That’s not true, but for the sake of generalizing the argument, let's assume it to be. Unless I'm missing something, with the exception of engine response/spool-up delay, that would leave the flight levels as the regime of flight unavailable to pistons. Ergo, the operational experience delta is essentially limited to those operations: High altitude emergency depressurizations and descents, rubber jungle juggling, what's bleed air and where does it come from, when to wear oxygen masks (by FAR the most busted FAR), the effect of low density air on an aircraft's performance, coffin corner, mach numbers, etc. Is there anything else? Because as I see it that high altitude stuff is the only thing that imparts the weight to those vaunted “regimes of flight” attainable only by jets. But in the scheme of
things aviation, that’s not a whole lot. Yet, still, all the king's horses and all the king's in house training programs haven’t put many shiny jet jocks together in a way that prevents them from executing high altitude stalls, flameouts, botched descents, wet footprints, etc. Those events are almost always due to deficits in airmanship, not a lack of high altitude training.
So, please, don’t take my question as contrary, rebellious or in some way seeking to buck the system… I have no direct skin in the game, and I'm too old to be a rebel. That said, I
am asking you a question
about the system. Yet, it’s just that, a question. A good system always leaves room for questioning and self-examination. A good answer ought be more considered than the adult equivalent of “because…”