Videos tagged with Elevation Adjustment

This review compares the accuracy of the Ruger SR22P with a standard 3.5-inch barrel against a variant with a longer 4.5-inch barrel. At 40 feet, using Aguila 40-grain plated round nose ammunition, the reviewer found no significant accuracy difference between the two models after adjusting the rear sights. The primary difference noted was a slightly heavier trigger on the long slide model, which did not noticeably impact accuracy for the reviewer.

This video provides a practical guide to zeroing and adjusting the Olight O-Sight XR red dot sight on a Beretta PX4 Storm. The speaker highlights the ease of use, the effectiveness of the adjustment screws, and the utility of the integrated pop-up sights. It's presented as a viable, cost-effective alternative to other fully enclosed red dot platforms.

This video demonstrates the practical accuracy of a World War II German Kar98k sniper rifle, specifically a late-war variant with a long sight rail and Zeiss Zilia optic, engaging targets out to 1,000 yards. The instructor highlights the importance of proper zeroing, incremental sight adjustments for varying distances, and compensating for significant wind conditions. The experience showcases the evolution of sniper rifle technology and the shooter's increased proficiency with the platform over time, emphasizing the smooth operation of a well-maintained Mauser action.

This review of the Zulisy OAK C budget red dot sight, presented by PRO GUN, highlights its RMR footprint compatibility, shake-awake feature, and 50,000-hour battery life. The instructor, demonstrating experienced authority, covers unboxing, installation on various platforms, and key features like waterproof construction and adjustable brightness. The review emphasizes its value for both pistol and rifle applications.

Chris from Regular Guy Training explains his handgun zeroing process, emphasizing starting at 3 yards to establish height over bore and windage before moving to the final zero distance (typically 25 yards). He details how to measure and adjust sights, and the importance of understanding personal shooting tendencies for consistent accuracy.

This video demonstrates real-world long-range shooting scenarios, focusing on hunting applications and ballistic comparisons between various calibers like the 6.5 PRC, .22 Creedmoor, and .300 Norma Magnum. Instructor Dan Bertocchini emphasizes adapting shooting positions, utilizing support gear like tripods, and understanding the impact of wind and bullet characteristics on accuracy at extended distances. The content also includes simulated competition stages to showcase practical application of these techniques.

This guide details the process of adjusting the azimuth and elevation for recoilless rifles mounted on M38A1C and M38A1 Jeeps. It covers the use of manual adjustment mechanisms for precise aiming. The video showcases these techniques on restored military hardware, emphasizing the operational aspects of these vintage anti-tank vehicles.

This video demonstrates the setup and use of the Revic BR4, a laser rangefinder with an integrated ballistic calculator. It highlights the importance of accurate rifle profile data, chronograph readings, and environmental factors for long-range shooting. The device syncs with a mobile app to provide real-time ballistic solutions, enabling shooters to make precise adjustments to their optics for extended distances.

This guide details the process of adjusting the unique scope mount on the Finnish Civil Guard m/33 sniper rifle, a rare variant built on the m/28-30 Mosin-Nagant. Expert Ian McCollum explains the specialized tools and procedures required for elevation adjustments, highlighting the rifle's complex mechanical design. The m/33 is noted for its historical significance and extreme rarity, with only three known examples surviving.

This video debunks the 'bullet rise' fallacy, explaining that bullets do not rise due to aerodynamic lift. Instead, they travel in a straight line until gravity pulls them down. The instructor emphasizes that for typical self-defense distances, factors like Earth's curvature are immeasurable and irrelevant. The focus should be on windage adjustments, as most handguns lack elevation adjustment.

This guide, presented by TheYankeeMarshal, explains how to properly sight in an EDC handgun, emphasizing that most people, including professionals, get it wrong by focusing too much on elevation. The primary focus should be on achieving accurate windage alignment. The video details the concept of a 'golden zone' for ammunition trajectory, suggesting sighting within this range for consistent performance at typical self-defense distances.

This video demonstrates the Shot Insights ballistic app and its integrated shot caller system for long-range shooting. It highlights features like the quick sight reticle for calculating holds based on yardage and wind, and the target sensors that provide real-time data on drop, elevation, and distance. The system is presented as intuitive and valuable for precision shooters.