Just curious because I want these to work but I've had similar problems with ABLR. Did you try a seating depth ladder? I never did before but I am thinking about retrying them. I had great luck doing a seating depth ladder with my .223 loads that it leaves me wondering about missed opportunities.
Thanks to JimBires for running the data.
Cartridge : 7 mm-08 Rem.
Bullet : .284, 120, Sierra SP 1900
Useable Case Capaci: 51.880 grain H2O = 3.368 cm³
Cartridge O.A.L. L6: 2.740 inch = 69.60 mm
Barrel Length : 20.0 inch = 508.0 mm
Powder : Ramshot Big Game
Predicted data by increasing and...
Thank You DrMike!
Cartridge : 7 mm-08 Rem.
Bullet : .284, 162, Hornady ELD-X 2840 G7
Useable Case Capaci: 45.625 grain H2O = 2.962 cm³
Cartridge O.A.L. L6: 2.900 inch = 73.66 mm
Barrel Length : 22.0 inch = 558.8 mm
Predicted Data for Indicated Charges of the Following...
Cartridge : 7 mm-08 Rem.
Bullet : .284, 140, Nosler AccuBond 59992
Useable Case Capaci: 46.790 grain H2O = 3.038 cm³
Cartridge O.A.L. L6: 2.800 inch = 71.12 mm
Barrel Length : 24.0 inch = 609.6 mm
Predicted Data for Indicated Charges of the Following Powders.
Matching...
Thank you Dwh7271
Cartridge : 7 mm-08 Rem.
Bullet : .284, 120, Nosler BalTip 28120
Useable Case Capaci: 49.378 grain H2O = 3.206 cm³
Cartridge O.A.L. L6: 2.800 inch = 71.12 mm
Barrel Length : 24.0 inch = 609.6 mm
Predicted Data for Indicated Charges of the Following...
Cartridge : .30-06 Spring. (SAAMI)
Bullet : .308, 180, Nosler AccuBond 54825
Useable Case Capaci: 58.408 grain H2O = 3.792 cm³
Cartridge O.A.L. L6: 3.340 inch = 84.84 mm
Barrel Length : 24.0 inch = 609.6 mm
Predicted Data for Indicated Charges of the Following...
I had an idea of posting a thread that compiled Quickload to caliber specific posts . I got the idea from Dwh7271 a couple of years ago. As I found the quickloads I wanted, I started saving them on my computer because I sometimes found them difficult to find. I don't want to take the credit...
I had the idea of posting a thread that compiled Quickload to caliber specific posts . I got the idea from Dwh7271 who started doing this a couple of years ago in the following thread.
https://forum.nosler.com/threads/quickload-questions-thread.30761/page-11
The problem I found is searching...
I saw this today on the savage forum and it looked interesting. I'm not sure of the original source. I agree though that the only way to know for sure is to test them.
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I think it is related to the bearing surface of the bullet with the barrel. Less drag as I understand it. I'm definitely happy with the velocity.
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