Videos tagged with Baikal

This video provides a detailed examination and test of vintage Baikal paper shotgun shells from the USSR. The presenter, demonstrating high authority through meticulous procedures and safety, performs component analysis, including weighing shot and inspecting gunpowder. A burn test and live-fire test confirm the functionality of these historical hunting cartridges.

This video showcases a wide array of shotgun shells, from vintage canned and brass rounds to modern paper and experimental 3D printed hulls. It highlights specific examples like 16/70 caliber canned cartridges from 1982 and Baschieri & Pellagri MB Tricolor 12 Gauge paper shells. The collection also includes rare Soviet-era ammunition and humorously features 'Stalker' themed energy drinks as 'Energy Rounds'.

This ASMR video showcases a vintage 63-year-old Baikal over-under shotgun being loaded with 12-gauge paper-hull buckshot shells. The shooter demonstrates safe handling, firing both barrels, and manual ejection of spent casings in an outdoor range setting. The firearm is identified as a rare piece, likely a USSR-made IZH-59 Sputnik.

This video showcases the firing of vintage Baikal 12-gauge hunting cartridges from an over/under shotgun. The demonstration includes loading, firing two consecutive shots at a target, and ejecting the spent shells. The ASMR-style presentation highlights the distinct sounds of the old paper cartridges and the firearm's action.

This short showcases a Russian Makarov IJ-70 pistol, a commercial export variant of the Makarov PM. The video highlights its blued steel construction, traditional grips, and slide markings indicating '9mm Makarov' and 'Made in Russia'. It is chambered in 9x18mm Makarov and has a capacity of 8 rounds.

This video provides a detailed inspection of vintage Baikal 12 Gauge shotgun cartridges from the USSR. It covers the unboxing, visual inspection of paper hulls, and disassembly to analyze internal components. Specific measurements are provided for the 'Mayer' type slug (32.51g) and 'Sokol' smokeless gunpowder (2.50g), along with details on the 'Zhevelo-N' primer and a 1984 manufacture date.

This video provides an in-depth analysis of rare, vintage 12-gauge paper shotgun shells from the USSR, featuring Baikal branding. The creator meticulously disassembles a shell using an Opinel knife to extract and weigh the lead slug (10.59g) and powder charge (2.50g). A controlled burn test is performed on the powder to assess its burn rate, demonstrating a high level of technical expertise.

This video provides a detailed examination of 50-year-old Baikal 12-gauge shotgun cartridges from the USSR. It includes a visual inspection, disassembly, precise measurement of lead shot (26.6g), and a gunpowder burn test to assess propellant viability. The methodical approach highlights the condition of vintage components after decades.

This video provides a concise overview of the Russian-made Baikal IZH-94 Express double-barrel rifle in .308 Winchester. It demonstrates the break-action mechanism, loading process, and a live-fire sequence hitting a steel silhouette. The rifle's Russian origin and double-barrel configuration are key features highlighted.

This video tests vintage Baikal 12-gauge shotgun shells with paper hulls, specifically 000 buckshot. The test revealed multiple failures to fire, indicating the old ammunition was unreliable. The shooter demonstrated safe handling and identified light primer strikes as the cause of the misfires.

This video provides an in-depth unboxing and analysis of rare vintage USSR 12-gauge shotgun shells by Baikal. The creator meticulously dissects a shell, examining its cardboard hull, lead shot, wads, and measuring the gunpowder charge. A burn test is performed to assess ignition speed, showcasing high technical proficiency.

This review showcases the Baikal single-shot break-action shotgun, highlighting its Russian-made quality and construction. The video details its 29.5-inch barrel, external hammer, and walnut stock, comparing it favorably to Turkish alternatives. Safety precautions for shell ejection are also demonstrated.