Good news everyone!

This video details a resolution with Trijicon regarding an optic failure. The speaker experienced a broken brass piece connecting the battery to the cap on their Trijicon RCR. Trijicon is sending replacement screws and the optic will be sent in for service. The issue is suspected to be due to using the incorrect length screws for the RCR on a Smith & Wesson pistol, despite proper torque and Loctite application.

This guide explains the proper installation of optic mounting screws, emphasizing the use of visual indicators for achieving correct torque without a torque wrench. It highlights the benefits of this design for preventing overtightening and ensuring long-term reliability, while also recommending witness marks for ongoing verification. The presenter, with experience in firearm maintenance, finds this feature a significant quality-of-life improvement.

This video addresses common questions regarding the mounting screws for the Trijicon RCR optic. It emphasizes that the RCR is designed for firearms with a standard RMR footprint and utilizes the same thread pitch screws as an RMR Type 2. Compatibility issues may arise with non-standard mounting systems or slides featuring posts, or those using different thread pitches from manufacturers like ZEV or Langdon. Proper torque specification is crucial for secure installation.

This review from Louisiana Firearms examines several Trijicon red dot optics, including the SRO, RMR HD, RCR, and MRO. The presenters conduct durability tests, comparing their performance under stress and discussing their suitability for competition and duty use. Key takeaways include the SRO's speed and window size versus potential durability concerns, the RMR HD's ruggedness and auto-brightening features, and the MRO's improved newer generations.

The Trijicon RCR is an enclosed version of the RMR, offering improved battery access and ease of cleaning. While it maintains RMR footprint compatibility and large adjustment buttons, it inherits some RMR drawbacks like lens distortion and a notch filter that feels dated compared to modern auto-on/off optics. Despite its high price and perceived obsolescence by some, its enclosed design and RMR compatibility make it a viable option for specific users, particularly those prioritizing American-made components or already invested in the RMR ecosystem.

This video provides an expert review of the Primary Arms PLxC 1-8x LPVO after a year of field testing. The speaker, with high authority in the preparedness community, details the optic's pros like its Raptor M8 Yards reticle and compact size, but highlights significant drawbacks including a tight eye box at 8x, a snagging throw lever, and unreliable illumination. Ultimately, he opts to switch back to a Trijicon ACOG TA02 with a piggybacked RCR red dot for its proven durability and simplicity.

This video demonstrates a rapid fire drill focusing on efficient magazine reloads and immediate resumption of fire. The shooter, equipped with tactical gear and an M4 Carbine with an ACOG optic, showcases proficient weapon manipulation and recoil control. The drill emphasizes maintaining a high rate of fire while executing smooth tactical reloads.

This review of the Springfield M1A Scout Squad after 7,000 rounds highlights its robust reliability, especially with steel-cased ammunition. The instructor, speaking with high authority from extensive practical experience, details maintenance tips like using grease for lubrication and warns about potential malfunctions caused by glove interference with the operating rod. Cosmetic wear, such as brass marks on the stock, is viewed as a 'badge of honor' from heavy use.

This guide, presented by Regular Guy Training LLC, advocates for using readily available and cost-effective automotive lubricants for firearms. The instructor, drawing on military experience with belt-fed weapons and high-volume shooting, explains why conventional motor oil and high-temperature lithium grease are superior and more economical than many specialized gun lubes. It covers platform-specific recommendations, including considerations for cold weather and different firearm designs like AR-15s, AK-47s, and Glocks.

This guide details building a reliable AR pistol, emphasizing component selection for hard-use scenarios. It covers barrel and gas system choices, DI vs. piston considerations, and the importance of quality upper and lower receivers. The build focuses on practical reliability and shooter ergonomics, including ambidextrous controls and essential accessories, with a total cost around $1600 for the base build.