This theory involves bonded and non bonded bullets, anyway down to brass tacks here...This is what I come up with, I been using cup and core bullets I.e. core lokts, federal blue box, hornady (disaster) since I got my rifle, 6 or so years ago.
I use 180 grains in all the ones I've used, I got a 30-06 just to clear that question up...So from the bullets I have managed to recover were less then stellar, total separation, copper peeled back lead not so much...And in the hornady's case just completely blew apart inside the deer.
So this brings me to bonded bullets since I started reloading its possible to afford them, Anyway my theory is...A cup and core bullet that is 180 grains flying at around 2600-2650 outta my 22" 7600 barrel Hits bambi bone or no bone, the copper immediately starts to peel off the core. According to physics the kinetics of that is, well, pretty much obselite cause they're not expanding and transferring there energy at the same time.
Now for bonded bullets (physics likes bonded better they don't confuse it) Say I loaded up some 180 grain accubonds or deep curls, when they hit the kinetics have to work alot harder to peel copper and lead bonded together which translates into really deep penetrations but slower energy transfer because they are built so tough.
So now my question arises...If im going to reload some bonded bullets for deer, Ultimately if I wanted 180 grain non bonded performance I would have to load a lighter grain such as 165 or even 150. To get the same whack from it because they are built to hold together and they are tougher. And more energy would be needed to open them up...Am I right?
Feedback and somebody a little more in tune with kinetics would be appreciated on this subject, thank you!
I use 180 grains in all the ones I've used, I got a 30-06 just to clear that question up...So from the bullets I have managed to recover were less then stellar, total separation, copper peeled back lead not so much...And in the hornady's case just completely blew apart inside the deer.
So this brings me to bonded bullets since I started reloading its possible to afford them, Anyway my theory is...A cup and core bullet that is 180 grains flying at around 2600-2650 outta my 22" 7600 barrel Hits bambi bone or no bone, the copper immediately starts to peel off the core. According to physics the kinetics of that is, well, pretty much obselite cause they're not expanding and transferring there energy at the same time.
Now for bonded bullets (physics likes bonded better they don't confuse it) Say I loaded up some 180 grain accubonds or deep curls, when they hit the kinetics have to work alot harder to peel copper and lead bonded together which translates into really deep penetrations but slower energy transfer because they are built so tough.
So now my question arises...If im going to reload some bonded bullets for deer, Ultimately if I wanted 180 grain non bonded performance I would have to load a lighter grain such as 165 or even 150. To get the same whack from it because they are built to hold together and they are tougher. And more energy would be needed to open them up...Am I right?
Feedback and somebody a little more in tune with kinetics would be appreciated on this subject, thank you!



















































