<BLOCKQUOTE><font size="1" face="Verdana, Arial">quote:</font><HR>Originally posted by Schmit:
If I remember correctly Fernando Coelho (President Triton) and/or Tom Burczynski (Bullet Designer) have used QSs on Deer.
Both of them drop in on TFL when time permits from their buzy schedules. Maybe they'll see this topic and expound on their "tests".
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Schmit:
For your entertainment and consternation:
QUIK-SHOK FIELD TEST My brother, Mike, took a deer with a Quik-Shok .44 Mag. round 3 years ago. He was using a 180 grain bullet traveling about 1400 fps (these can be driven to 1600). The deer was about 130 pounds. Range was approx. 40 - 45 yards. The deer was running full-tilt. It was somewhat of a raking shot. The bullet hit in the chest area (truly a great shot) and the deer dropped instantly and skidded for about 10 yards in the snow. It did get back up though, took three leaps and piled up. It was dead before Mike got to it.
The autopsy was a thing to behold. The bullet broke two ribs (a one-inch section was missing from each rib) but the actual ENTRANCE wound was about 2.5 inches by 1.25 inches! I took pictures. The most remarkable part was.....when the bullet fragmented, it blew the first lung right in half, the dynamics of which shoved part of it through the entrance hole! About two inches of the severed lung (approx. severed in half) was hanging out of the deer, the remaining section of that lung was dangling on the inside of the rib cage. Apparently, the energy transfer occurred so rapidly that it forced the lung tissue to flow around the segments toward the initial entry point. This is the same effect you get when you kneel down and fire into a one gallon plastic jug of water at close range -- the water flows around the bullet and blasts out the entrance hole in a wide stream right up your gun barrel (and all over you).
The core segments made 1/2-inch to 3/4-inch holes through the second lung and two of them made deep pockmarks in the far side of the ribcage. Because this was a raking shot, one of the segments skidded the entire length of the spine/loin area. The segments were dispersed in about a 4-inch circle through the second lung. The segments never exited the deer. We couldn’t even find pieces of the jacket. All the blood (there was PLENTY) was contained inside the deer since there was no exit hole, and the entrance hole was plugged with a section of a lung. Again, this was a very mild load, bullet speed was down because of the distance involved and the 10° ambient temperature.
In summation, even I was impressed with the results. Quite a few deer have been shot with .357 and .44 bullets. Many of them dropped like rocks and never got up. The terminal results were VERY impressive (and real messy), but I’d never seen part of a lung propelled through the entrance hole before!
The deer collapsing instantly was good - I just wish it hadn’t gotten back up at all -- but facts are facts. Quite a few of the other deer taken using the old design did not (interestingly, a lot of these were taken with the 125 grain .357 bullet traveling at 1450 fps). This INITIAL-COLLAPSE PHENOMENON is significant (and pertains to all high-energy-release rounds, not just Quik-Shok). It’s very important to law enforcement because it can buy a cop enough time to respond with a second or third shot. And of course it also allows a hunter the same advantage.
THE FOLLOWING PROVIDES INFO ON EIGHT DEER KILLED WITH THE 12 GA. QUIK-SHOK SLUG. ALL DEER WERE TAKEN IN NEW YORK STATE.
Field Test No. 1
Approximate range -- 35 yards.
Animal Reaction -- Jumped straight in air, collapsed.
Approx. distance traveled -- 0 feet.
Damage to Internal Organs -- Bottom of first lung obliterated, bottom of heart severed, 2-inch holes in lung 2.
Field Test No. 2
Approximate range -- 25 yards.
Animal Reaction -- Staggered sideways, collapsed.
Approx. distance traveled -- 6 feet.
Damage to Internal Organs -- First lung severed into, 2-inch holes in lung 2.
Field Test No. 3
Approximate range -- 40 yards.
Animal Reaction -- Bolted at top speed, collided with oak tree, collapsed.
Approx. distance traveled -- 60 feet.
Damage to Internal Organs -- Raking shot. Obliterated much of one lung, nicked bottom of heart.
Field Test No. 4
Approximate range -- 55 yards.
Animal Reaction -- Jumped straight in air, spun 180°, one leap down hillside, collapsed.
Approx. distance traveled -- 15 feet.
Damage to Internal Organs -- Obliterated portions of first lung. Severed heart vessels, 1.5-inch holes in lung 2.
Field Test No. 5
Approximate range -- 20 yards.
Animal Reaction -- Ran in small circle as if confused and collapsed..
Approx. distance traveled --30 feet.
Damage to Internal Organs -- First lung severed into, 2-inch holes in lung 2.
Field Test No. 6
Approximate range -- 80 yards.
Animal Reaction -- Dropped instantly (died Instantly).
Approx. distance traveled -- 0 feet.
Damage to Internal Organs -- Severed spinal cord in neck, three 1/2-inch holes in neck. No internal organ damage.
Field Test No. 7
Approximate range -- 45 yards.
Animal Reaction -- Collapsed, rose to feet and collapsed again.
Approx. distance traveled -- 0 feet.
Damage to Internal Organs -- Raking shot obliterated bottom of one lung. 1.5” hole in heart, split liver.
Field Test No. 8
Approximate range -- 50 yards.
Animal Reaction -- Two leaps forward, bounded back to starting point as though confused and collapsed.
Approx. distance traveled -- 60 feet.
Damage to Internal Organs -- Severed first lung and heart, 2-inch holes in lung 2. Blew section of first lung out through entrance hole.
Tom Burczynski