How To Clean Your Weapon Light

This video provides a practical guide on cleaning a weapon light, focusing on removing stubborn carbon fouling from the lens and body. Instructor Caleb from Brownells demonstrates using a Magic Eraser and CLP as an effective method for restoring light performance, noting that some cosmetic damage to anodizing may be permanent. He also offers a preventative tip using tape for daytime shooting.

This guide details how to clean a Rugged Suppressors Obsidian 45 using the Otis Technology Suppressor Cleaning Kit. It covers a modified soak method, the use of various brushes (nylon, steel, copper) for different components, and reassembly. The instructor, with a decade of experience with the suppressor, emphasizes cleaning critical bearing surfaces and threads. An alternative ultrasonic cleaning method is also mentioned.

This video provides a practical solution for cleaning carbon fouling from the lenses of weapon-mounted lights. Gary from Paramount Tactical demonstrates the effectiveness of Bore-Tech Carbon Remover, showing how it restores clarity to lenses clouded by thousands of rounds. A clean lens is crucial for optimal light output and performance.

This guide details how to effectively clean carbon and soot buildup from weapon light lenses without causing damage. It emphasizes avoiding abrasives and harsh chemicals, recommending simple household items like dish soap and toothpaste for stubborn grime. A final step involves applying a thin lubricant film to the lens to prevent future buildup, ensuring optimal performance of your tactical light.

This guide details a method for removing stubborn carbon fouling from weapon lights using common household items. The presenter recommends using toothpaste as a mild abrasive to scrub away carbon, followed by a light application of Slip 2000 EWL lubricant to protect the light and create a barrier against future buildup. This technique is presented as an effective alternative to specialized cleaners for persistent grime.

This guide details the use of the Breakthrough Clean Suppressor Cleaning Kit for effectively removing lead, powder, and carbon fouling from suppressors and other firearm components. The process involves soaking parts for 8-24 hours, with optional brushing for stubborn residue, and a final step of firing a few rounds to ensure complete cleanliness. The cleaner is noted as safe for most finishes, with an exception for SAH finishes.

This guide provides expert instruction from nsz85 on how to properly load a 75-round drum magazine for the AK-47 rifle. It covers identifying components, resetting the follower, the specific loading procedure for rounds, winding the spring for tension, and crucial advice on releasing tension for storage to preserve spring life. The video emphasizes clear, step-by-step technical guidance for reliable firearm operation.

This guide details the basic field stripping and reassembly of an AR-15, as demonstrated by nsz85. It covers separating the upper and lower receivers, removing the bolt carrier group and charging handle, and reassembling the firearm. The video emphasizes proper magazine seating and the function of various controls. Instruction comes from an experienced individual with clear, practical advice for beginners.

This guide details the process of installing a standard A2 style flash hider onto an AR-15 platform, specifically a 10.5-inch Rainier Arms barrel. It covers necessary tools, thread preparation with AeroShell 33MS grease, crush washer orientation, and the critical step of indexing the muzzle device for optimal performance, especially when shooting prone. The instruction emphasizes precise alignment with the gas port for proper function.

This guide details the critical process of checking headspace on an AR-15 build, a vital step for ensuring firearm safety and reliability. Professional gunsmith Dale Heckstrom from Little Crow Gunworks demonstrates the disassembly of the bolt carrier group, the precise use of 'Go' and 'No-Go' gauges, and the reassembly process. Proper headspace ensures the firearm operates within safe mechanical tolerances, preventing potential malfunctions or dangerous failures due to factory defects or mismatched components.