All,
Looking for input on this reamer/throat dimensions for my umpcoming .223 Trainer build to shoot the 80+gr pills through a 1:7" barrel. and also if anyone has one to rent or possibly sell.
From: https://mansonreamers.com/product/223-remington-fullbore-t-15/
""
The 223 Remington Fullbore T.15 uses the standard 223 Remington headspace gauges.
The 223 Remington Fullbore T.15 uses the standard 223 Remington Roughing Chamber Reamer.
Designed for Berger 85.5 & Lapua .223 brass (Max case len 1.765).
Freebore note: Due to the 15 degree transition, this chamber has the equivalent of .195 freebore vs a chamber using the standard 45 degree transition. The length of the 15° transition is .0404 longer than a 45° transition would be. Depending on the the lot of Berger 85.5's, the bullet of a cartridge loaded to a COAL of ~2.635 should be just touching the leade/lands. Approx. 50% of the neck will be in contact with bearing surface. Base of bullet will be slightly forward of body/shoulder junction.
Designed with similar proportion of bullet in the neck as the very successful 2013 FTR reamer and with similar throat
geometry to many of the winning ELR chambers.
""
Thanks for any input!
Looking for input on this reamer/throat dimensions for my umpcoming .223 Trainer build to shoot the 80+gr pills through a 1:7" barrel. and also if anyone has one to rent or possibly sell.
From: https://mansonreamers.com/product/223-remington-fullbore-t-15/
""
The 223 Remington Fullbore T.15 uses the standard 223 Remington headspace gauges.
The 223 Remington Fullbore T.15 uses the standard 223 Remington Roughing Chamber Reamer.
Designed for Berger 85.5 & Lapua .223 brass (Max case len 1.765).
Freebore note: Due to the 15 degree transition, this chamber has the equivalent of .195 freebore vs a chamber using the standard 45 degree transition. The length of the 15° transition is .0404 longer than a 45° transition would be. Depending on the the lot of Berger 85.5's, the bullet of a cartridge loaded to a COAL of ~2.635 should be just touching the leade/lands. Approx. 50% of the neck will be in contact with bearing surface. Base of bullet will be slightly forward of body/shoulder junction.
Designed with similar proportion of bullet in the neck as the very successful 2013 FTR reamer and with similar throat
geometry to many of the winning ELR chambers.
""
Thanks for any input!