What is the LIMIT for 6mm ARC? (DON'T TRY THIS)

This guide details how to test propellant temperature sensitivity, a crucial factor for consistent long-range accuracy. It emphasizes using a reliable chronograph and testing ammunition across a wide temperature range, from cold to hot conditions. The process involves calculating the muzzle velocity change per degree Fahrenheit to understand how temperature fluctuations affect performance, enabling shooters to account for these variations in their ballistic solutions.

This video demonstrates the process of testing a handloaded 10mm cartridge featuring a 165gr Sig V-Crown JHP bullet and 9.0 grains of Hodgdon Longshot powder. An experienced handloader uses a Caldwell chronograph to measure velocities and calculate muzzle energy from two different barrel lengths (3.78" Glock 29 and 5" 1911), providing objective ballistic data.

This video delves into the critical factors influencing rifle accuracy, particularly for precision shooting and hunting beyond 500 yards. It emphasizes that while bullet Ballistic Coefficient (BC) is important, factors like velocity standard deviation (SD) and projectile shape significantly impact dispersion. The analysis highlights that at longer ranges, the aerodynamic efficiency of a bullet becomes more critical, especially in windy conditions, and that trade-offs exist between maximizing BC and minimizing dispersion.

This video demonstrates the significant impact of primer choice on reloading results. By switching from Remington Gold primers to Federal 210 primers, the presenter observed a notable increase in average velocity and a decrease in standard deviation, even with identical other load components. The test highlights how primer selection can affect accuracy and point of impact.

This video details the meticulous process of developing a precision load for the 25x47 Lapua wildcat cartridge. Hosts Gavin Gear and F-Class John share their journey from initial discouraging results to achieving sub-quarter-minute groups with a focus on small powder charge increments and careful observation of group characteristics. They highlight the importance of Alpha brass and demonstrate the cartridge's capability at extended ranges, offering valuable insights for handloaders seeking peak accuracy.

This guide provides expert-level preparation tips for gas gun precision rifle matches, drawing from an experienced shooter's routine. It covers essential steps like small base sizing brass, gas system tuning, positional drills, and data confirmation at extended ranges. The advice emphasizes building solid fundamentals and efficient execution for competitive success.

This video details the comprehensive manufacturing process of brass rifle casings by Peterson Cartridge. It covers the transformation of raw brass cups through multiple drawing, annealing, washing, heading, trimming, and tapering stages. The process emphasizes precision, quality control through extensive automated and manual inspection, and specialized treatments like neck re-annealing and anti-tarnish coating to ensure match-grade performance.

This guide details essential brass preparation steps beyond basic decapping and sizing for improved reloading accuracy. It covers cleaning, primer pocket uniforming, neck chamfering and deburring, and neck brushing. The video emphasizes that even new brass can benefit from these processes to ensure consistent bullet seating and optimal performance. The presenter, F-class John from Ultimate Reloader, highlights chamfering and deburring as critical steps that should not be skipped, regardless of time constraints.

This video debunks the myth that solid copper bullets require extremely high velocities for effective hunting performance. Through ballistics gel testing and analysis of 7 PRC loads using Barnes TTSX and LRX bullets, Gavin Gear demonstrates excellent expansion and weight retention across a wide velocity range, including lower velocities equivalent to longer ranges. The testing highlights the versatility and effectiveness of modern monolithic copper projectiles for various hunting scenarios and legal requirements.

This video demonstrates the use of Redding's Precision Expanding Die and mandrels to achieve consistent neck tension in rifle brass. By using mandrels, reloaders can precisely control the internal neck diameter, leading to more uniform bullet seating forces. This process is shown to significantly reduce variability in bullet seating, which directly impacts ballistic consistency, extreme spread, and standard deviation in velocity, ultimately improving rifle cartridge performance.