I agree with what you say. The point I was trying to make is that I
will not get into an 80 kt spiral. I will handle the aircraft well
before that can happen. All bets are off should I become immersed in
IMC, however. Though rated, my glider is not equipped for IMC. The IMC
part is unlikely where I fly due to the dryness of the air plus I have
no further desire to go above 18,000' MSL any more (too cold, don'tcha
know). I've been in rotor approaching extreme turbulence on both ends
of the tow rope at approximately 11,000' while downwind of 14,000'
peaks. It's a workout for sure. I also recall performing a near
split-S in the rotor (intentionally) to definitively notch the barograph
trace (back in the old days when cameras and barographs were the tools
of the sport). BTW, I made two glider flights and about 10 tows that
day and was the only pilot to achieve the altitude diamond.

I've seen some pretty extreme winds in the Mt. Washington area and I'll
bet you get stupendous wave. Perhaps your rotors are also more lively
than those in the Rockies. I haven't experienced the Sierra wave yet,
but it's on my list.

On 10/26/2015 3:38 AM, Tango Whisky wrote:
Am Freitag, 23. Oktober 2015 17:09:28 UTC+2 schrieb Dan Marotta:
I guess our personal limits just differ from each other. Of course
I have experienced times when full deflection of the controls would
not stop a rolling or pitching action, but I was never concerned
about it because I kept my airspeed low enough that stall was more
likely than damage. Knowing how to recover from unusual attitudes
and being comfortable with aerobatics may help here.
Dan, 5J
Dan, if you are spiraling with 80 kts in a rotor and one wing completely stalls, it's not about avoiding g-loads, it's about avoiding hitting the ground while you are in a fully deleveloped spin. Where I fly, rotors are very often below ridge level.
And yes, I'm fairly well trained - and current - in full aerobatics.

But fortunately, most rotors are just somewhat bumpy.

--
Dan, 5J