How To Ghost Load Beretta 1301 Mod 1 & 2 With Or Without The Pro Lifter #shotguntricks #combat

This guide breaks down the operational differences between popular semi-automatic shotgun action types, specifically the Mossberg 940 Pro SPX and the Beretta 1301 Tactical/Benelli M4 systems. It highlights how the Mossberg's action is more intuitive for those accustomed to rifles, automatically chambering rounds, while the Beretta/Benelli system utilizes a cartridge release lever offering specific tactical advantages like 'cruiser ready' storage. The video emphasizes that the 'smarter' system is subjective and depends on user training and application.

This guide details the advanced 'ghost loading' technique for the Beretta 1301 Tactical shotgun, as demonstrated by Clint Morgan. It allows for an extra round to be loaded into the chamber without occupying magazine tube capacity. This technique involves manually placing a round on the feed ramp and manipulating the bolt and action release.

This demonstration, led by the Civilian Tactical Host, illustrates the dramatic difference in how a shotgun projectile affects a dry pumpkin versus a water-filled one. By 'Frankensteining' pumpkins with water, the video visually explains the concept of hydrostatic shock and displacement, showing how a solid projectile can cause catastrophic target failure when the target is filled with an incompressible fluid. The host, with high authority, provides an educational and casual explanation of this physics principle in action.

This guide details advanced techniques for the Beretta 1301 Tactical, focusing on recoil management, safe handling ('Cruiser Ready'), and precise aiming. It covers optimal setup for the Langdon Tactical (LTT) edition, including stock and forend modifications, and emphasizes understanding ammunition performance for effective use in home defense and tactical scenarios. Instruction is provided by renowned firearms instructor Ernest Langdon.

This guide details the loading and live-fire technique for the Benelli M4 Tactical shotgun, as demonstrated by an expert. It covers standard loading, chambering, safety engagement, rapid firing, and the advanced 'ghost loading' technique for increased capacity. The instruction emphasizes proper firearm handling and range safety.

This guide details advanced loading and shooting techniques for the Benelli M2 Tactical, including the 'ghost loading' method to maximize capacity to 9 rounds. It covers utilizing ghost ring sights for rapid target acquisition and engaging various targets with different 12 Gauge ammunition types. The instruction emphasizes the M2's reliability and suitability for home defense, law enforcement, and competitive shooting.

This guide details the installation of a Trijicon RCR red dot sight on a Glock 17 MOS pistol, emphasizing safety and precise torque specifications. The instruction, delivered with high authority, covers firearm clearing, slide disassembly, optic mounting with Loctite, and proper screw torquing using a Trijicon torque card. It highlights the importance of using the correct adapter plate for MOS systems and achieving the specified 13 inch-pounds of torque for secure mounting.

This guide details the expert installation of a Leupold DeltaPoint Pro red dot sight on a Glock 17 MOS pistol. It emphasizes critical steps like safety checks, proper use of thread locker, and precise torque specifications (13 inch-lbs for adapter plate, 25 inch-lbs for optic) using specific Torx bits. The instruction is delivered with an expert tone, highlighting the importance of following detailed procedures for a reliable optic mount.

This guide details the installation of the BCM Buffer System on an AR-15 platform. It covers the proper threading of the buffer tube, installation of the buffer retainer and spring, securing the end plate, and final insertion of the buffer and spring. The process emphasizes correct alignment and tension to ensure reliable function.

This guide, presented with high authority by a firearms instructor, details how to use a laser bore sighter for initial optic zeroing. It emphasizes safety by requiring the firearm to be unloaded before use and provides clear steps for aligning the optic with the laser on a target at various distances. The process helps achieve a close zero before live fire at the range.