The Army's New Handgun | SIG SAUER P320 | Tactical Rifleman

This YouTube Shorts video provides a quick demonstration on how to disassemble a Sig Sauer P320 or M17 pistol. Given the brevity of the #shorts format, it's likely a concise, visual guide focused on the basic steps of field stripping the firearm. The video aims to educate viewers on the disassembly process for these popular handgun models.

This guide details the field stripping process for the SIG Sauer P320, focusing on the removal of the serialized chassis, which is considered the firearm by the ATF. The video highlights the modularity of the P320, a key factor in its selection for the MHS contract. The process is straightforward and emphasizes the ease of maintenance and component replacement inherent in the P320's design, as explained by an expert with high authority.

This video, part three of the 'Inside the P320' series, focuses on identifying normal wear on key internal components of the SIG Sauer P320, including the disconnector, sear, striker, and striker safety lock. Phil Strader, a P320 certified armorer, compares heavily used parts from a rental fleet firearm with approximately 75,000 rounds to brand new parts, demonstrating what to expect and what to look for during routine inspections. He emphasizes that most observed wear is normal and does not necessitate part replacement, but advises consulting an armorer for any concerns or if the firearm malfunctions.

This guide details the assembly of a custom Sig Sauer P320 build, resembling an M17 but utilizing a P320 FCU without a manual safety. The process involves integrating the FCU with an M17-style frame and a 9mm M17 Caliber X-Change Kit. Expert instruction emphasizes safe handling and proper component seating for a functional, customized firearm.

This YouTube Shorts video provides a quick guide on how to disassemble the Sig Sauer M17 pistol. The focus is on the practical, step-by-step process of taking the firearm apart, likely for cleaning, maintenance, or familiarization. Given the short format, it's a visual demonstration rather than an in-depth technical explanation.

This video details the process of upgrading existing firearms, specifically mentioning the possibility of converting older models to newer specifications like the M1911 A1 to M1911 A4. It highlights that such upgrades can improve functionality and longevity while potentially saving costs. The discussion also touches upon the domestic production of firearms by WMI (Weapon Manufacturing Industry) in Thailand and their distribution channels.

Instruction from Karl Erickson of Tactical Rifleman demonstrates a critical close-quarters combat technique: using a tactical fixed blade knife to create space when an opponent attempts to grab a pistol. The video highlights the risks of close-range pistol draws and advocates for a knife transition to safely disengage and re-establish a firing platform. This technique emphasizes anatomical targets for creating distance rather than immediate lethal force.

This guide details a Navy SEAL's CQC room clearing technique, emphasizing 'economy of motion' and precise footwork. It highlights the critical 'long step' maneuver for maintaining balance and readiness when entering a corner-fed room, contrasting it with the dangerous 'short step.' The instruction, delivered by a subject matter expert, focuses on life-saving fundamentals for tactical proficiency.

This guide details an emergency ammo resupply technique using a standard USGI 6-Pocket Bandolier, as demonstrated by Karl Erickson from Tactical Rifleman. It explains how to utilize the bandolier's expandable pockets, designed for 5.56mm magazines, to rapidly pack ammunition for field resupply. The technique emphasizes efficient loading and compact storage for integration into tactical kits.

This video provides an expert-level ballistic gelatin test comparing 9mm and .45 ACP defensive ammunition. Instruction comes from Pete, a retired USSF member, who details the performance of Barnes TAC-XPD 9mm and Cor-Bon Pow'R Ball .45 ACP. The comparison focuses on penetration depth, wound cavitation, and feeding reliability, particularly for 1911 platforms.