How? In post #23, dronerdave showed three (3) examples/photos of aircraft: a sheriff's helicopter, a biplane and a high wing - all below 400 feet; as a clear example as to why BVLOS is dangerous due to the fact that manned aviation flies below 400 feet regularly, and not necessarily when landing or taking off.
To this you replied in post #37 - 'And, in all the examples provided so far for low flying aircraft not on final, those suckers are going to be loud. They're not going to sneak up on you.'
To this I replied that; 'you can say that but it is not necessarily true'. I gave a clear and first hand account of how 'hearing' cannot be counted on for situational awareness - even when the drone and the pilot (me) are literally co-located, much less when the drone is BVLOS. You blanketly said that aircraft will not be able to get near you with out it being heard - I gave a clear example that this is not true.
In three pages of this thread there are clear examples, photos and testimony that show why VLOS is currently the rule. Those that want to argue that they can fly BVLOS (safely) with a typical consumer drone and no training are kidding themselves. They might get away with it for a long time and this only serves to bolster their argument - but it does not mean they are flying safely.
A civilized question deserves a civilized answer.
It's difficult to explain this clearly without dipping into statistical jargon. Perhaps someone else here can do that better than I can, but I'll give it another shot, from a slightly different perspective.
Since I've lived in Nevada for over a quarter century, it shouldn't be surprising that I use an example from the gambling world.
The concept of expected value is essential in this discussion. Suppose you put a dollar in a slot machine that pays off even money 20% of the time. The
expected value of that dollar bet, is 20 cents. Sound like a bad bet? That's because it is, and a substantial fraction of the Nevada state government budget comes from the fact that vast numbers of people don't understand that.
So let's move over to the question of insurance. Suppose you want a $100K auto liability policy. What should the insurance company charge you, if they want to both make money and be competitively priced? It depends on how big a
risk you present. If you're a good driver, you pay less. If you're a bad driver, you pay more. If you want a $200K policy, you'll pay more regardless.
If the company perceives you as a zero risk, they can charge 10% over just their their admin cost, and still make money. If they perceive you to be an infinite risk, they'll charge you $100K for your $100K policy, plus admin costs.
Knowing the
level of risk is essential to deciding how much it's worth spending to
mitigate that risk.
That's not complete, but I hope it helps some. Please feel free to ask (civilized) questions if you want me to go into anything further.
Also consider: Insurance actuaries don't lose their shirts gambling in Nevada.
So, I'll answer your specific questions as best I can.
The most critical part is easy to say, and had to understand. In a statistical analysis, anecdotal evidence...people who have seen stuff...is
always irrelevant. Not just in this case.
Every time.
This is seriously counter-intuitive the way humans naturally think and reason, and with rare exception, people without any statistical education, even exceedingly smart people, just don't get it. The response is usually along the lines of "Buy I
saw it happen once!". Maybe so, but that's irrelevant to a statistical analysis.
"To this I replied that;
'you can say that but it is not necessarily true'. I gave a clear and first hand account of how 'hearing' cannot be counted on for situational awareness - even when the drone and the pilot (me) are literally co-located, much less when the drone is BVLOS. You blanketly said that aircraft will not be able to get near you with out it being heard - I gave a clear example that this is not true."
Oh, spare me. Yes, you did say that, and yes, I acknowledged that a deaf person shouldn't use sound as part of their situational awareness regime. It was a valid point that you made, although a minor one. A generality can be generally true, even if it's false in some details.
Your "typical consumer drone" comment deserves some clarification on my par as wellt. I've said at numerous points in this conversation that extra equipment should be required for a drone to be able to fly BVLOS. A drone without GPS, shouldn't be allowed to fly BVLOS. A drone without a GPS driven RTH function, should not be allowed to fly BVLOS. And a drone without advanced control synchronization technology, should not be allowed to fly BVLOS.
Under these restrictions, a Mini-2 should be allowed to fly BVLOS, and a Mini SE should not be allowed to fly BVLOS.
I hope that helps at least a bit. I really do welcome any civilized questions that you may have.
Thanks,
TCS