DEEP Impact: 6.5mm Grendel Federal 120gr Fusion MSR Gel Test

This video tests Wolf's 6.5mm Grendel 100gr FMJ ammunition using a 12.5" upper in a controlled ballistic gelatin setup. The analysis focuses on penetration, yaw, expansion, fragmentation, and retained weight, captured with a high-speed camera. Key metrics are provided, including penetration depth of 20.6", 92.8gr retained weight, and an average velocity of 2,337.00 fps. The test assesses claims about early yaw and temporary stretch cavity formation for this specific ammunition.

This video provides an expert-level ballistic gel test of Hornady Black 6.5mm Grendel 123gr ELD Match ammunition, conducted by ARFCOM News. The test utilizes a 12-inch barrel and high-speed imaging to analyze terminal performance, including penetration, expansion, and retained weight, offering valuable insights for potential users in hunting and self-defense scenarios.

This high-speed video tests the terminal performance of Hornady 6.5mm Grendel American Gunner 123gr OTM ammunition fired from a 16" AR-15 into calibrated 10% ordnance gelatin. The test measures penetration, retained weight, and expansion, providing detailed data on projectile performance. The video also highlights the use of high-speed camera technology from Aimed Research and promotes TNVC and ARFCOM's merchandise.

This video features a ballistic gel test of Lehigh 110gr Controlled Chaos ammunition in 6.5mm Grendel. The test aims to evaluate the performance of this specific ammunition, with the host expressing a desire to potentially change their opinion on Lehigh ammunition. The video details penetration depth, retained weight, and expansion characteristics within the ballistic gelatin. It also includes data on shot velocities.

This video presents a high-speed camera analysis of the terminal performance of Hornady Custom 123gr SST ammunition in 6.5mm Grendel. The test involves firing the rounds into calibrated 10% ordnance gelatin from a 12-inch AR-15 platform. Detailed metrics on penetration depth, retained projectile weight, and expansion diameter are provided. The video also includes velocity data from multiple shots, highlighting average, minimum, maximum, and standard deviation. Links for Aimed Research's services, an Arfcom discussion thread, and social media channels are included.

This video from The Gun Collective provides an expert overview of several new firearm products and industry news. It covers new pistol and shotgun releases, aftermarket triggers, rifle components, and ammunition. The discussion also touches on industry trends and past firearm decisions, offering insights from an experienced perspective.

This video features a critique of a home defense AR-15 build by former Navy SEAL Jeff Gonzales. Key takeaways include the importance of a suppressor for indoor use, the critique of an overly complex sling, and recommendations for reliable optics. The discussion highlights the trade-offs of short-barreled rifles (SBRs) for home defense and emphasizes practical gear selection over complexity.

This guide details the tool-less field stripping process for the Beretta ARX-160, as demonstrated by a Beretta factory representative. It covers the quick-release barrel, stock, trigger group, and bolt assembly, emphasizing ease of maintenance. The representative highlights the rifle's modularity and ambidextrous features, noting its current military availability with future civilian plans.

This entry details the Fostech .50 Cal Drum Magazine, designed for Barrett M107 and 82A1 rifles, featuring a 20-round capacity and billet machined aluminum construction. It also touches upon the Fostech Rader .308 rifle. The information is presented with high technical focus from a manufacturer representative.

This video from ARFCOM News details a ballistic gel test of Remington's 158gr SJHP .357 Magnum ammunition fired from a 16-inch Rossi Model M92 carbine. The test highlights how carbine-length barrels significantly enhance .357 Magnum performance, achieving velocities comparable to some .300 Blackout loads and demonstrating substantial penetration and expansion in ballistic gel. The analysis touches on terminal ballistics theories and the unique behavior of high-velocity pistol rounds fired from rifles.