Reference: Iosso-Paste 10215
Brand: Iosso Products
Reference: 073000020 19010
Brand: Iosso Products
Reference: NTG 5 mirror Mirror set
Brand: Teslong
Reference: AA-patch-7-62mm-550
Brand: AngelArms
Reference: B30
Brand: Dewey Manufacturing
Reference: NTG150W
Brand: Teslong
Reference: SCACD-20
Brand: Vector Optics
Reference: VBM4X0.5-7
Brand: Rusan
Reference: B30NA
Brand: Dewey Manufacturing
Reference: B6.5
Brand: Dewey Manufacturing
Regulating seating depth and the resulting "jump" to the rifling is widely regarded as fundamental to improved accuracy. A few thousandths of an inch change between the bullet and the rifling can make the difference between average accuracy and real tack-driver performance.
The Lock-N-Load® O.A.L. Gauge is universally acclaimed as the most accurate, easy-to-use and reliable method of regulating seating depth and the resulting "jump" to the rifling.
CURVED MODEL
Item #C1550
For all autoloader, lever-action, or pump-action rifles. Also fits all bolt-action and single-shot firearms. Inserts into chamber through ejection port. Not compatible with Adapter "D" or short-bodied cases.
Achieve precise bullet seating depth.
To use the Lock-N-Load® O.A.L. Gauge, you will need a Modified Case (sold separately) to fit your firearm's chamber and thread it onto the gauge. These specially prepared modified cases are threaded at the case-head and have a .002" oversized neck to accept the same bullets you intend to load.
This is critical, as the Lock-N-Load® O.A.L. Gauge dimensions obtained will be accurate to .001". These results cannot be attained with competitive products, which use a simulated bullet with an arbitrary shape.
Reference: 5315-90C
Brand: Shahe Measuring Instrument
Reference: PDCSNT
Brand: K+M Precision Shooting Products
Reference: 749014470
Brand: Sinclair International
Reference: GGG-GPX17
Reference: 041212
Brand: Hornady
Reference: RS12
Reference: 100010128
Brand: Redding Reloading
Reference: 085006
Brand: Hornady
Regulating seating depth and the resulting "jump" to the rifling is widely regarded as fundamental to improved accuracy. A few thousandths of an inch change between the bullet and the rifling can make the difference between average accuracy and real tack-driver performance.
