Videos tagged with Forward Controls Design

This guide details the process of mounting an optic onto a Gen 6 Glock, addressing common issues like optics not staying secure. Expert Ben Stoeger emphasizes the importance of proper threadlocker application, correct torque specifications, and the potential need for aftermarket mounting plates. The guide covers cleaning, screw preparation, installation, and troubleshooting for a reliable optic setup on your Gen 6 Glock.

This guide details building a highly reliable Glock 19 setup, focusing on practical functionality over aesthetics. The approach, advocated by a professional firearms instructor, emphasizes setting and maintaining a high standard for equipment. Key components include a Glock 19, Forward Controls Design optics plate, Ameriglo suppressor height sights, Holosun 507 Comp, and Streamlight TLR-1 HL, chosen for their proven serviceability and reliability.

This video provides a comprehensive, step-by-step guide to building a .300 Blackout AR pistol. Lead Firearms Instructor Caleb from Brownells demonstrates the installation of various components, including receiver sets, barrels, handguards, triggers, and accessories. The guide emphasizes proper tool usage, torque specifications, and functional checks throughout the build process.

This guide details the process of replacing a standard AR-15 forward assist with a Forward Controls Design low snag model. The process involves removing the old roll pin and forward assist, then installing the new components using a roll pin punch. This modification enhances ergonomics and aesthetics.

This guide details the construction of a high-performance Pistol Caliber Carbine (PCC) AR-15 utilizing CMMG's radial delayed blowback system. The build emphasizes using standard AR-15 components where possible, with specific attention to the unique barrel, bolt, and magazine requirements for this advanced operating system. The video demonstrates the installation of key components like the handguard, muzzle device, and accessories, highlighting how this system reduces recoil and reciprocating mass compared to traditional direct blowback PCCs.

This video details the construction of a highly versatile 14.5-inch AR-15 SPR build designed for multi-use capabilities, from close-quarters engagements to reaching out to 1000 yards with 5.56. The instructor emphasizes using premium, readily available parts and explains the rationale behind each component choice, focusing on accuracy, reliability, and a balance of features for a 'one-and-done' rifle. The build incorporates specific components like a Sons of Liberty Gunworks barrel and upper, Guesley trigger and rail, and a Leupold Mark 5 HD optic, aiming for a balance between precision and practical application.

This video highlights Sons of Liberty Gunworks (SOLGW) as a top-tier AR-15 manufacturer, emphasizing their attention to detail, purpose-driven rifle designs, and exceptional customer service. The presenter specifically praises the A5 buffer system for consistent performance across various ammunition and suppressor configurations, and the company's robust lifetime warranty, which even includes a loaner rifle program for self-defense incidents. SOLGW's commitment to partnering with quality component manufacturers like Forward Controls Design is also noted.

This video details a highly customized Brownells BRN-4, an HK416 clone, built by Caleb from Brownells. The build focuses on enhancing ergonomics, modularity, and performance with a variety of high-end aftermarket components. Key upgrades include a B5 stock, BCM A5 buffer system, Geissele handguard and charging handle, SSA EX trigger, and a Steiner DBAL with a Surefire scout light, all controlled by a Unity Axon switch. The presenter emphasizes the importance of specific components for the HK416 operating system and personal preference in build choices.

This video, featuring Jim Hodge of Hodge Defense, details the philosophy and critical components behind building a high-end AR-15, specifically the Hodge Rifle. It emphasizes 'material solutions' for enhanced reliability, focusing on barrel construction (proprietary vanadium alloy, cold hammer-forged, chrome-lined), BCG specifications (9310 bolt, 8620 carrier), and upper receiver thermal fitting for optimal performance, especially when suppressed. The build also highlights ergonomic enhancements like a custom forward assist.

This guide details the assembly of an LMT MARS-H .308 rifle build, covering lower and upper receiver integration, barrel installation with specific torque values, and accessory mounting. It emphasizes proper gunsmithing techniques like staking the castle nut and highlights component compatibility, drawing on expertise from Brownells.

This video details the construction of a high-performance AR-15 specifically built for competition in the Tactical Games. It emphasizes prioritizing performance through carefully selected components, including a Proof Research barrel, Rifle Speed adjustable gas block, and a lightweight carbon fiber handguard. The build focuses on optimizing balance, recoil mitigation, and shooter interface to eliminate variables and maximize competitive potential.

This video details the process of building an Aero M5 AR10 pistol lower receiver, focusing on the installation of premium components. It covers the assembly of the magazine catch, bolt catch, pivot pin, Geissele trigger, safety selector, grip, and the Law Tactical folding stock adapter. The guide emphasizes specific techniques for AR10 platforms, such as the internal buffer retainer for the Law Tactical folder and torque specifications for its installation.