Videos tagged with Aftermarket Plates

This video provides an in-depth comparison of the Glock 19 Gen 6 and Gen 5, focusing on physical and structural differences. It details the new direct-to-slide optic mounting system on the Gen 6, contrasting it with the Gen 5's plate system, and explores aftermarket solutions for enhanced optic stability and protection. The analysis also covers grip enhancements, trigger mechanisms, and cross-compatibility of parts between generations.

This review of the Glock 19 Gen 6 by Guns of the West, presented by Dustin, evaluates its worthiness as an upgrade from previous generations. The video details significant improvements in grip texture, the addition of ambidextrous thumb ledges and a new palm swell, and a revised optic mounting system. While the trigger is criticized for its travel, the overall consensus leans towards the Gen 6 being a worthwhile advancement, especially for those upgrading from older models.

This guide addresses issues with the Glock Gen 6 optic mounting system, where optics may not remain secure. It details potential problems with the factory MOS plates and recommends using aftermarket plates for a more stable and precise fit. The process involves inspecting the slide, selecting an appropriate plate, using correct screws, and ensuring proper torque for reliable optic performance. Instruction is provided by an expert with extensive experience in competitive shooting and firearm modification.

The Yankee Marshal advises against using 'stick-on' or add-on red dot plates for firearms without factory optic cuts. He suggests that these plates are often bulky, may not align perfectly, and are generally not a good value. Instead, he recommends selling the firearm and purchasing a model that is already milled for an optic, as this is increasingly common and cost-effective.

This video discusses the mounting of optics on the Beretta M9A4, specifically addressing the common debate around aftermarket optic plates versus the factory Beretta plate. The instructor acknowledges the preference for thinner plates that allow optics to sit lower but argues that the difference in height is minimal and does not significantly impact shooting performance for most users. He suggests that if an optic's height is truly hindering shooting ability, the shooter may need to re-evaluate their fundamental skills.