Videos tagged with Internal Wear Inspection

This review details a 5,000-round assessment of the Glock 17 Gen 5, focusing on its durability and performance. The instructor highlights specific testing parameters, including ammunition types, cleaning intervals, and training sessions. Key findings include minor cosmetic wear on the barrel and slide, but no abnormal internal wear. A significant issue arose from sand contamination, causing trigger reset failure, which self-corrected after cleaning. The review compares the Glock 17 Gen 5 to other pistols like the Glock 19X and Sig M17, ultimately suggesting the 19X might be a preferred alternative for some users due to its handling and reciprocation speed, despite the 17's accuracy advantages at distance.

This video debriefs a 5,000-round torture test of the Sig P320 M17, including an internal wear inspection. Despite acknowledging the P320's controversial track record, the reviewer found their specific M17 sample to be impressive, performing well in various adverse conditions like submersion and dirt, with only a rear sight loosening as a consistent issue. The reviewer emphasizes objective testing and notes that their sample has not exhibited uncommanded discharges or failures during their rigorous testing, outperforming other tested firearms in similar conditions.

This video debriefs a Tisas M1911 A1 .45 ACP after 2,000 rounds, documenting 13 malfunctions. The primary issues were the slide release activating prematurely and failure-to-feed/stovepipe malfunctions. Despite thorough lubrication with CLP, the firearm exhibited significant reliability problems, leading to a non-recommendation at this round count. Internal inspection revealed no abnormal wear.

This video provides a 1,000-round debrief and internal parts wear inspection of the Tisas 1911 Government in 45 ACP. The firearm demonstrated good accuracy and reliability after an initial break-in period, with three malfunctions attributed to aftermarket magazines. The presenter details the cleaning and relubrication process, noting minimal wear on internal components.