Precision Case Prep: The One Thing I Would Never Skip

The Lyman Case Prep Xpress Center is a multi-functional reloading tool designed to streamline case preparation. It consolidates popular accessories into a single unit, driven by a high-torque, low-RPM motor. This allows for efficient deburring, primer pocket uniforming, military crimp removal, and case neck cleaning/lubrication for bottleneck cartridges, while also simplifying cleanup by containing brass shavings.

This video focuses on the preparation of brass for reloading ammunition. The title suggests a dedicated session for this task, implying a process involving cleaning, resizing, and potentially priming spent casings. While the specific firearms or calibers are not detailed in the title or description, the activity itself points to a shooting enthusiast who reloads their own ammunition, likely for rifle or pistol calibers.

This video from Brownells Gun Tech Steve Ostrem demonstrates the Hornady Primer Pocket Swager attachment for the Lock-N-Load® AP™ press. It specifically addresses the challenge of primer pocket crimps found on once-fired military-surplus rifle ammunition, which hinder the proper seating of new primers. The video highlights how this tool offers a fast and easy solution for removing these crimps, allowing for efficient reloading of such brass. Ostrem showcases the effectiveness of the swager, emphasizing its ability to cleanly prepare primer pockets with each cycle of the press.

This guide details a methodical load development process for the 6.5 Creedmoor cartridge using Hornady 140gr Match BTHP bullets. It covers powder selection (Alliant RL17 vs. RL26), component choices (primers, brass), reloading techniques, and critical range testing analysis. The expert reloader highlights pressure signs and offers insights into achieving both velocity and accuracy, concluding RL17 provides superior accuracy despite RL26's higher velocity potential.

This guide details the process of reloading 7.62x54R ammunition using the budget-friendly Lee Rifle Loader. It covers essential steps from brass inspection and decapping to priming, powder charging, and bullet seating, emphasizing neck sizing limitations and the importance of OAL measurement. The speaker, demonstrating high expertise, also highlights crucial accessories and specific considerations for surplus rifle calibers.

This guide details the process of handloading a cost-effective 5.56/.223 plinking load, as demonstrated by Johnny's Reloading Bench. The process involves meticulous brass preparation, including crimp removal and resizing with small base dies, followed by careful powder charging, bullet seating to a specific OAL, and light crimping. The expert-level instruction emphasizes budget-conscious component selection and systematic load development for high-volume range use.

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 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 details extreme pressure testing of the 6mm ARC cartridge using both a bolt-action rifle and an AR-15 platform. The experiment pushes the limits of Alpha Munitions brass with 8208 XBR powder, achieving velocities exceeding factory specifications and even 6 Creedmoor. The testing culminates in destructive attempts using a fast-burning pistol powder in an AR-15, demonstrating the significant forces involved and the potential for catastrophic failure. The presenter, Gavin Gear, emphasizes that these tests are for research only and should not be replicated due to extreme danger.

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.