Videos tagged with Max Charge

This video focuses on handloading ammunition for the 300 Blackout caliber. It specifically details testing with a 110-grain projectile and the maximum charge of Lil' Gun powder in a 16-inch barrel rifle. The content is geared towards reloaders and those interested in optimizing performance for this particular cartridge and firearm configuration.

This video focuses on testing the maximum charge of CFE223 powder for the 30-30 Winchester cartridge using 170-grain Interlock bullets. It features chronograph data to measure muzzle velocity, providing essential reloading information for enthusiasts looking to optimize loads for this popular rifle caliber. The content is geared towards handloaders and those interested in ballistic performance of specific ammunition combinations.

This video focuses on a specific firearm cartridge and its performance, likely at a range. The title "357 Sig AA No.9 Max Charge 124gr XTP" indicates a deep dive into reloading or testing maximum charges of a .357 SIG round using a 124-grain XTP bullet. The content likely involves firing tests, chronograph data, and potentially load development analysis for this potent handgun caliber.

This video focuses on a "long shot" test of 125-grain Federal Premium 357 Sig V-Crown ammunition, specifically examining its performance with a "max charge." The title suggests a detailed look at this particular cartridge, likely involving shooting at extended distances to evaluate its effectiveness and terminal ballistics. Potential aspects covered could include accuracy, bullet expansion, and overall performance in a self-defense or tactical scenario.

This video focuses on ballistic testing of .357 SIG ammunition, specifically using 125-grain XTP bullets and a maximum charge of Longshot powder. The test is conducted with a firearm featuring a 3.1-inch barrel to measure the resulting velocity. The content is geared towards enthusiasts interested in ammunition performance, reloading data, and terminal ballistics for self-defense or training applications.

This video focuses on testing the velocity of 10mm ammunition with a 165gr V-Crown projectile using Longshot powder at maximum charge. The test is conducted across two barrel lengths: 3.8 inches and 5 inches. The goal is to provide comparative velocity data for this specific load in different firearm configurations.

This video delves into the ballistic performance of 300 Blackout ammunition, specifically focusing on 125-grain SST projectiles when loaded with a max charge of Lil' Gun powder. The content aims to provide viewers with crucial velocity data for this particular load, which is highly relevant for handloaders and those interested in the practical applications of the 300 Blackout cartridge in various firearm platforms.

This video focuses on testing the maximum charge velocities for 6.5 Grendel ammunition, specifically using 123gr SST bullets and CFE223 powder. It aims to provide data-driven insights for handloaders and enthusiasts interested in optimizing performance for this popular rifle caliber. The analysis will likely detail the results of these velocity tests, offering valuable information for those looking to achieve specific ballistic outcomes with their 6.5 Grendel firearms.

This video delves into the performance of .357 Magnum ammunition, specifically a "Max Charge" with H110 powder, fired from revolvers with 3-inch and 4 5/8-inch barrels. The primary focus is on chronograph data, indicating a detailed examination of velocity and potentially other ballistic factors. The content is geared towards firearm enthusiasts interested in handloading, ballistic testing, and understanding the performance characteristics of a potent magnum cartridge across different barrel lengths.

This video details accuracy testing of a 16-inch Bear Creek Arsenal side-charging 50 Beowulf upper at 100 yards. The instructor evaluates three loads: a factory 350-grain Underwood FMJ, a milder 300-grain Hornady FTX handload, and a max-charge 300-grain Hornady FTX handload using 'Little Gun' powder, aiming for a hunting load. The testing reveals significant differences in group sizes between the loads.