Fixing My Gen 6 Glock 17

This guide details the installation of the Rapid Engineering Large Beavertail Backstrap for Glock pistols. The modification aims to alter the grip angle from the factory 22° to a more common 18°, improving natural point of aim and reducing fatigue. The process involves a simple pin replacement, making it an accessible DIY upgrade.

This guide details the installation of the Timney Alpha Trigger into a Glock Gen 6 firearm. It covers the complete disassembly of the stock trigger mechanism, including removing pins, the locking block, and the trigger housing. The process then details the installation of the Timney trigger, its associated trigger bar, and return spring, followed by reassembly of the firearm. The video emphasizes the benefits of a lighter, crisper trigger pull for improved accuracy.

This guide details how to modify a Glock's grip angle from the stock 22° to an 18° angle using the Rapid Engineering 18° Beavertail Backstrap. The video highlights how this change can improve natural point of aim and reduce wrist fatigue, drawing a comparison to the 1911's ergonomics. The modification is presented as a straightforward process for Glock owners seeking improved handling characteristics.

This guide details the installation of the Align Tactical Thumb Rest Trigger Pin on Glock Gen 5 models, as demonstrated by Lenny Magill. The process involves removing the factory trigger pin and inserting the new accessory, which acts as a thumb ledge to improve grip leverage and recoil management. This modification can enhance shooting control for Glock owners.

This video demonstrates how to convert a Glock pistol to fire .22 caliber ammunition using a conversion kit from Advantage Arms. The process involves swapping the factory slide for the .22 conversion kit slide, which includes a new barrel, recoil lug, and magazine. This modification offers a cost-effective way to practice shooting with a Glock platform.

The Gen 6 Glock 17 features a redesigned extractor and plunger assembly, which is an independent unit. This redesign aims to prevent Loctite from contaminating the extractor/plunger area during optic mounting. While the speaker notes consistent ejection with previous models, this change also contributes to a slightly higher bore axis, similar to designs seen in Shadow Systems pistols.

Lucas Botkin, founder of T.REX ARMS, discusses his resignation from the company he started. The decision stems from a conflict between his core values and the company's direction, particularly after a mishandled sexual harassment incident. Botkin emphasizes transparency and the importance of family protection as driving factors. He plans to leverage his entrepreneurial experience to build new ventures and share the process with his audience.

This guide details essential pre-training gear preparation, drawing from Lucas Botkin's methodical approach. It covers rifle camouflage techniques, magazine identification methods, efficient battery organization, weapon accessory checks, tactical helmet configuration, and plate carrier assembly. Botkin, a recognized industry leader, demonstrates efficient gear organization using high-end professional tactical equipment, crucial for effective field use and training sessions.

Lucas Botkin introduces a new T.REX Arms prototype rail designed for suppressor integration. The rail features a 1.65-inch internal diameter, accommodating suppressors up to 1.5 inches, and utilizes a direct thread mounting system to avoid M-LOK clearance issues. This design enables 'OG Honey Badger' style builds and is slated for release early next year.

This video details the initial live-fire testing of a new metal prototype rail from T.REX Arms, led by CEO Lucas Botkin. The test focuses on the rail's structural integrity and heat dissipation capabilities during rapid fire with a suppressed AR-15. Botkin demonstrates high-speed weapon manipulation and assesses thermal transfer, noting the rail remained cool enough to handle comfortably after extensive firing.