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Started by Penguin907, April 15, 2025, 01:41:22 PM
Quote from: BandedSpur on April 16, 2025, 07:07:53 AMImpossible to say without first specifying what shot material and size. But since you have recently been posting about lead 4s, I will answer for that. Lead 4s will still penetrate 1.25" of 20% ballistic gel to 48 yards when launched at "only" 800 fps. The answer would be a lot different with lead 6s. High velocity generally buys you little except extra recoil unless it is a marginally penetrating pellet like lead 7.5s for example.I load all of my TSS loads at 1100 fps (keeping them subsonic),and see no reason for more speed.
Quote from: Bowguy on April 16, 2025, 10:44:35 AMI disagree with the speed theory. Believe it's marketing bs. We've killed birds as long as can be with regular velocity and more shot. They typically reduce payloads id think to not make a pipe bomb out of your barrel. So idk bout this being fact but if each shot did have slightly less energy but you hit them with more shots. Would the total energy on target change? Than we add typical ranges. Tons of birds have been shot with shells right at 1000 fps. I wish they still made em and have about 100 Winchester supreme mags left. In my testing easier slower shot patterns better, easier most times. I should mention I agree with Tom's assessment of staying over the 1000fps id not be more than 100fps over that if shot was added to load
Quote from: Penguin907 on April 16, 2025, 09:01:04 AMQuote from: BandedSpur on April 16, 2025, 07:07:53 AMImpossible to say without first specifying what shot material and size. But since you have recently been posting about lead 4s, I will answer for that. Lead 4s will still penetrate 1.25" of 20% ballistic gel to 48 yards when launched at "only" 800 fps. The answer would be a lot different with lead 6s. High velocity generally buys you little except extra recoil unless it is a marginally penetrating pellet like lead 7.5s for example.I load all of my TSS loads at 1100 fps (keeping them subsonic),and see no reason for more speed.How'd you calculate those numbers? Asked my original question because #4 doesn't want to crimp as well with my load, so reducing the charge a bit to get a better crimp.