Nah, not revolvers unfortunately. But a suppressed .22 handgun is lights out fun.Revolvers? I think not.
How are you/your doctor coming to the conclusion that the hearing loss is coming from one activity that causes damage versus another?No, hearing loss happened when wasn’t shooting weapons.
Nah, not revolvers unfortunately. But a suppressed .22 handgun is lights out fun.
How are you/your doctor coming to the conclusion that the hearing loss is coming from one activity that causes damage versus another?
Agreed!When you shoot at a herd of mule deer without a suppressor after the first shot they run off. When you shoot at a herd with a suppressor after the first shot they stand there looking at you. Reason enough for me to run a can.
Once again, the voice of inexperience speaks. I now primarily shoot a 6.5 PRC 140g Berger. 3 deer killed this season. One dropped in its tracks. The other two were heart shots that didn't run 50 yds(yes, I said RUN even though a suppressor was used). Both were lethal kills obviously but despite SEEING both deer get hit, I could not see bullet impact location with that bullet and anyone who claims they can, is flat-out lying and inexperienced. One of them was also witnessed by a partner on binos and he couldn't see impact location either. But carry on flyfisherman.
I've seen plenty of impacts in my hunting career and while I don't have a thousand kills under my belt with this new caliber/bullet combo, my initial impression is that the terminal ballistics of that bullet does not create the kind of impact that some of my heavier combos do. If the bullet penetrates before beginning to expand, the impact location is difficult to see. The destruction of the vitals does the job though, which is all that matters. I know this is beyond your comprehension and experience though.Not true. Both muleys were heart shot and travelled less than 50 yds. One left a minimal blood trail and the other left none. Both mule-kicked so I knew they were likely heart shot but bullet impact location was not seen on either one. Some lighter bullets just don't create the same terminal ballistics that can be seen on impact as a heavier one does and terrain, time of flight and environmental factors dictate whether flight path can be seen.
This coming from someone who thinks the 6.5 Creed is comparable to the PRC with 200 fps less MV. Personally, I've shot larger calibers and loads and have easily seen impacts with those combinations so it's you who can't handle the higher recoil.I’ve actually shot a 6.5prc plenty, and I think it’s a great cartridge. But it doesn’t gain me much over a 6creed or 6.5creed in terms of terminal velocity to as far as I’m comfortable shooting animals. And it came with a recoil cost that made it difficult for me to spot shots from certain field positions — so I moved on.
I’m not being a jerk when I say you should consider smaller if you can’t spot shots. It’s an integral part of the shooting process.
Edit: realized a typo after seeing I was quoted
Go to your safe space.And there you go. Insulting somebody because they like to shoot a different cartridge than you. There’s no discussion with you, it’s people bouncing ideas around and you insulting them.
Once again, the voice of inexperience speaks. I now primarily shoot a 6.5 PRC 140g Berger. 3 deer killed this season. One dropped in its tracks. The other two were heart shots that didn't run 50 yds(yes, I said RUN even though a suppressor was used). Both were lethal kills obviously but despite SEEING both deer get hit,
I’m sure it’s my reading comprehension, but those bold statements seem contradictory.I could not see bullet impact location with that bullet and anyone who claims they can, is flat-out lying and inexperienced.
“I know it got hit, I just can’t see where.” -Dave da SnipaI’m sure it’s my reading comprehension, but those bold statements seem contradictory.
You say this like it’s some new revelation or criticism, when I literally said that in my post about myself already. I struggled to see point of impact so I moved down to a less recoil-inducing cartridge. It sounds like you struggle to see POI as well, so I’d recommend you move down as well.so it's you who can't handle the higher recoil.
My goal is to spot where the bullet impacts the target (or surrounding area) through the scope. Spotting trace/flight path is generally outside my skill set except on a suppressed subsonic 22 lolAm I correct @atmat when you say you can spot impacts you can spot the round in flight? Maybe it’s being read by him too literally?
You should be more sensitive to the possibility he may be popping his head off the stock to look over the rifle like a meerkat as soon as the shot goes off.“I know it got hit, I just can’t see where.” -Dave da Snipa
I could, but I'm positive its not me who has the problem here.Go to your safe space.
I prefer to just see white bellies flop. Spotting impact "don't confront me" and George Thorogood's landlady.“I know it got hit, I just can’t see where.” -Dave da Snipa
Your doctors and audiologists can tell from your audiogram if it's acute noise hearing loss vs chronic noise hearing loss vs something totally different by what frequency and shape of the loss curve. Generally that sharp drop-off in the 4k range peaking at 5k, and climbing again to your baseline by 6k is that acute noise induced loss curve.How are you/your doctor coming to the conclusion that the hearing loss is coming from one activity that causes damage versus another?
I can confirm this as I have this distinct dip in my hearing tests, my audiologists have all picked it out easy.Your doctors and audiologists can tell from your audiogram if it's acute noise hearing loss vs chronic noise hearing loss vs something totally different by what frequency and shape of the loss curve. Generally that sharp drop-off in the 4k range peaking at 5k, and climbing again to your baseline by 6k is that acute noise induced loss curve.
Honestly that’s really cool, thanks for explaining it!Your doctors and audiologists can tell from your audiogram if it's acute noise hearing loss vs chronic noise hearing loss vs something totally different by what frequency and shape of the loss curve. Generally that sharp drop-off in the 4k range peaking at 5k, and climbing again to your baseline by 6k is that acute noise induced loss curve.