Ithaca 37 Secret (SLAM FIRE)💥💥💥😳

This guide details the 'slam fire' technique demonstrated on an Ithaca Model 37 Featherlight shotgun. By holding the trigger down while cycling the pump action, the firearm fires each round as it is chambered, allowing for extremely rapid firing. The demonstration showcases firing seven rounds of 12 Gauge 00 Buckshot in quick succession on an outdoor range. This technique requires specific firearm design and advanced shooter proficiency.

This guide details the slam fire technique for the Winchester M1897 shotgun, as demonstrated by a firearms enthusiast. It covers loading, maintaining trigger depression, and rapid cycling of the action to achieve a high rate of fire. Proper safety precautions and an understanding of the firearm's mechanics are emphasized for executing this advanced technique.

This video demonstrates the 'slam fire' technique on a Winchester 1897 shotgun. The instructor shows how to load the shotgun and then, by holding the trigger down while rapidly cycling the pump action, discharge multiple rounds in quick succession. This technique is specific to certain older firearms and requires careful execution.

This guide details the advanced 'ghost loading' technique for the Remington 870 Police Magnum, as demonstrated by an expert instructor. It explains how to safely add an extra round beyond standard capacity by utilizing the shell lifter, increasing the total rounds from 7 to 8. The technique is presented as legal in all 50 US states and safe when performed correctly.

This guide details the unique manual of arms for the Spencer 1882/1890 pump-action shotgun, a design predating many modern pump-actions. It covers the distinct dual-trigger system, the loading and cycling sequence, and the top-ejection mechanism. The instruction emphasizes safe operation and highlights the historical significance and practical application of this early repeating shotgun design, drawing on expert insights from an experienced firearms instructor.

This guide details the slam fire technique for the Winchester 1897 Trench Gun, as demonstrated by Ian McCollum. It emphasizes holding the trigger down while cycling the pump to achieve rapid firing. Proper safety checks and awareness are crucial when employing this technique.

This guide details a DIY technique for creating 'poor man's slugs' by cutting birdshot shotgun shells, a method historically used for defense and hunting during times of scarcity. The process involves carefully cutting the shell casing to create a projectile that functions similarly to a slug. The video demonstrates the technique on a Beretta 1301 tactical shotgun and discusses the importance of cut accuracy for flight stability and potential reliability issues in semi-automatic firearms.

This video demonstrates critical firearm safety failures, including poor muzzle awareness, lack of trigger discipline, and unsafe handling in a residential environment. The individual exhibits difficulty with basic firearm manipulation, culminating in a negligent discharge indoors. It serves as a stark warning against improper firearm handling and the importance of professional training.

This guide details the process of creating a DIY wax slug from standard birdshot, as demonstrated by the 'Collapse N Protect' channel. The modification involves melting wax and pouring it over the shot to create a cohesive projectile. The video highlights the increased effectiveness of this DIY slug compared to traditional birdshot, particularly in its ability to concentrate energy on the target, as evidenced by its success in shattering a cinder block. The creator also humorously notes the potential for using scented wax to alter the range's odor.

This video from Collapse N Protect, featuring an instructor with high authority, experimentally tests whether 12-gauge shotgun shells mounted on a plate carrier will explode when shot. The tests, using birdshot, buckshot, and Dragon's Breath rounds, demonstrate that while shells can be breached and their contents spilled, they do not detonate or explode without primer ignition and the compression force typically provided by a firearm's barrel. The explanation highlights the essential components and conditions required for a shell to fire.