Two things.
First, I also missed the "3/4 second" reference in J David's post; if it was there.
Second, even if he DID make that claim... Four shots means three 'split' times from between the first and fourth shots. Three splits over 3/4 second is .25 second split times; simple math.
And you yourself have said:
So you say it can be done with a "powerful" pistol, on a "ten inch" target, at "six feet", "one handed" with ".17 second splits". (Your words.)
But you now say it can't be done with a single-action auto in .25acp at contact distance, at a 47% slower speed (.17 vs .25 second splits)...?
And before we get into the "10-inch versus eyeball" target size debate, consider this. Figure his barrel was two inches from the eyesocket, and the eye is 1 1/2" inches (approx) in diameter. That's the equivalent of a 90" target at 10 feet. [1.5 / 2 x 120] A 10" diameter target has 78.5 square inches of target area; a 90" diameter target has 6,361; making it more than 80 times as big a target.
Heck, let's say the attacker's got tiny eye sockets; just 1" in diameter. That's still the equivalent of a target 60" in diameter at ten feet. (Or 2,827 square inches of target; still 36 times[/i] larger than the target you list.)
So we've got a similar-functioning weapon action (SA auto), in a MUCH less-recoiling caliber, firing 47% slower, at a target that's at least36 TIMES larger (really more like 80 times larger), than what you yourself say your "idea of control" is.
Or saying it without the number clutter: Firing a weapon with an almost identical action, with a MUCH less recoiling round, shooting MUCH slower, at a MUCH larger target.
And yet you say it's impossible...?
First, I also missed the "3/4 second" reference in J David's post; if it was there.
Second, even if he DID make that claim... Four shots means three 'split' times from between the first and fourth shots. Three splits over 3/4 second is .25 second split times; simple math.
And you yourself have said:
(From the a thread in the "Handguns" section.)andy said:
So you say it can be done with a "powerful" pistol, on a "ten inch" target, at "six feet", "one handed" with ".17 second splits". (Your words.)
But you now say it can't be done with a single-action auto in .25acp at contact distance, at a 47% slower speed (.17 vs .25 second splits)...?
And before we get into the "10-inch versus eyeball" target size debate, consider this. Figure his barrel was two inches from the eyesocket, and the eye is 1 1/2" inches (approx) in diameter. That's the equivalent of a 90" target at 10 feet. [1.5 / 2 x 120] A 10" diameter target has 78.5 square inches of target area; a 90" diameter target has 6,361; making it more than 80 times as big a target.
Heck, let's say the attacker's got tiny eye sockets; just 1" in diameter. That's still the equivalent of a target 60" in diameter at ten feet. (Or 2,827 square inches of target; still 36 times[/i] larger than the target you list.)
So we've got a similar-functioning weapon action (SA auto), in a MUCH less-recoiling caliber, firing 47% slower, at a target that's at least36 TIMES larger (really more like 80 times larger), than what you yourself say your "idea of control" is.
Or saying it without the number clutter: Firing a weapon with an almost identical action, with a MUCH less recoiling round, shooting MUCH slower, at a MUCH larger target.
And yet you say it's impossible...?