Nate,
"Severe injury"?? I think you are over reacting to make a point. The only "convenient" item in my list is being able to take off with 20 flaps. If you feel the need to discard my opinion it is your right to do so but I am no neophyte. Nothing of what you have posted has changed my mind in how I operate my Skylane and stand by everything I have shared with the group.
Kevin
P.S. Sorry Bonchie for the thread creep
Sadly this is the standard response to facts and math applied to landing speed, because it surprises people who get away with it for a long time.
It's not an overreaction at all. My "injury" comment was in light of impact forces being squared by speed.
Any incident on or off the runway where a pilot has purposefully chosen to land at a speed higher than necessary, is a conscious decision to increase the impact forces on the occupants of the aircraft by the square of the increase in speed.
One can play with it (including deceleration by a "stretchy seat belt" which all seat belts do to some extent) here:
http://hyperphysics.phy-astr.gsu.edu/hbase/carcr2.html
A quick pass through with my weight shows that I'll be decelerated with a force of 11 tons at 55 MPH and 16 tons at 65 MPH.
5 tons of extra deceleration force even accounting for a safety belt that deforms, is nothing to sneeze at! (The numbers for hitting the panel are WAY worse. Magnitudes worse. Be thankful if your belt deforms and stops your mass prior to impact with the panel.)
My point here is that the physics and the math don't suggest that landing any faster than necessary is safer, and nothing in your list suggested so either.
The possibility of stuck flaps is real in Cessnas but I'd take that possibility over hitting something even 10 MPH faster. The numbers don't add up for using stuck flaps as the excuse to land faster. I've had stuck flaps three times in hundreds and hundreds of landings.
Hundreds of landings (risk of impact) = big number.
Stuck flaps = Very small number.
I agree it's a VERY popular option, especially amongst 182 drivers, and one rarely looked at in light of physics and math.
Once the math is shown, the obvious risk is the speed, not the stuck flaps. Everything else on the list is simply pilot skill and practice.
If anything, a thread on 182s is the exact right place for this information, because the 182 is a very common airplane for people making this mathematical/physics mental mistake.
Once should simply be aware that the choice to land Flap 20 in a 182 is a choice to subject the occupants to roughly double the impact forces if something goes wrong with the landing. That's the roughed out numbers of it.
It's a conscious choice by the PIC that the passengers will never know about.
IMHO, CFIs who don't mention this, and show the math of exactly what this decision entails, are doing people an academic knowledge disservice.
It's much more (strangely) common in the 182 than other types. I suspect, like I said before, because the flaps are so effective that the pilot has to work harder to land slowly... when it's actually an advantage of the 182 over many other types with less effective flaps.
Doesn't add any value if it isn't utilized, however.
I can't change anyone's mind that isn't open to running the numbers. I can only point out the physics involved.