Upon seeing some of the tests performed and posted by other PF members, I hope that I can contribute something of value just as they have.
One of the more recent tests that I have run is posted below.
Winchester Bonded 9mm 147 gr. PDX1 JHP (S9MMPDB1)
Diameter: 0.5787 inch
Weight: 146.9 gr. (99.93% retained)
Velocity: 1,006 fps
Test Firearm: unmodified Glock 17 with a 4.49-inch barrel
Test Range: 3 meters (~10 feet)
Test Barrier: 4 layers of 1-ounce cotton T-shirt fabric
Analysis:
Q-model
DoP: 13.710 inches
Wound Mass: 1.776 ounces
Wound Volume: 2.954 cubic inches
mTHOR
DoP: 13.300 inches
Wound Mass: 1.723 ounces
Wound Volume: 2.866 cubic inches
Probability of Incapacitation:
1st-shot P[I/H]: 69.95%
2nd-shot P[I/H]: 90.97%
3rd-shot P[I/H]: 97.29%
ΔE15 : -220.161 fpe
DoP = maximum equivalent depth of penetration in calibrated ordnance gelatin
Wound Mass = total weight of tissue damaged/destroyed within the entire wound channel
P[I/H] = probability of incapacitation per random munition strike to combatant's torso/abdomen: Assault, 30-second time-frame (US Army BRL P[I/H] model, Dziemian, 1960)
ΔE15 = Amount of kinetic energy (in fpe) expended by the bullet from a penetration depth of 1 through 15 centimeters
The Winchester PDX1 bonded JHP design is the commercially-available version of the Winchester Ranger Bonded law enforcement product line.
In fact the Winchester Ranger Bonded test data found here-
http://winchesterle.com/SiteCollecti...tocol_2016.pdf
-duplicates quite closely the water-test performance of the ammunition recorded in this test closely matching the terminal expansion of the Winchester Ranger Bonded 147-grain JHP with an average expanded diameter of 0.585" at 995 feet per second (with 100% weight retention) yielding a penetration depth of 14.10 inches and an average 1.75 ounces of wound mass. With a 1st-shot P[I/H] of 69.95%, the Winchester 9mm 147-grain PDX1 JHP is an excellent example of a well thought-out JHP design.