Videos tagged with MOA

This video aims to demystify and clarify the differences between Minute of Angle (MOA) and Milliradians (MIL) in the context of firearms optics and aiming. It promises to provide a straightforward explanation to help viewers understand which measurement system is relevant to their shooting needs. The content likely delves into how these units of measurement are used for scope adjustments and projectile impact correction.

This video provides a detailed explanation of Minute of Angle (MOA) and Miliradian (MRAD) as angular measurements used in optics. It breaks down how each system works, their applications with scopes and red dots, and offers advice on choosing the best option for individual needs. The content compares MOA and MRAD, emphasizing the importance of matching reticle types to scope turrets for effective aiming and adjustments. The video aims to inform the AR-15 shooting community with fact-driven information to foster a more well-informed and safer community.

This YouTube video features a review of a budget rifle that, despite having a bend, demonstrates impressive accuracy, achieving 1/2 MOA. The description highlights affiliate links for recommended gear, including hearing protection, scopes, and rifles, indicating potential for review and product endorsement. The channel is operated by Backfire LLC from Utah. The content appears to be focused on firearm performance and product recommendations.

This YouTube video focuses on an AR-15 platform firearm that has been converted to fire .22 caliber ammunition using a conversion bolt kit, effectively creating an "AR22". The title mentions a need for MOA (Minute of Angle) accuracy and confirms a previous prediction was correct. The hashtag #airsoft is included, which may indicate a comparison or a related topic, though the primary content appears to be firearm-focused.

This video features Ryan Cleckner, a former special forces sniper and instructor from Gun University, explaining the difference between Minute of Angle (MOA) and Mils (MILs) in firearms. He provides a simple, repeatable formula for converting between these two measurement systems, making it easier for shooters to adjust their scopes in the field or at the range. The video aims to help viewers quickly and accurately switch between MILs and MOA. It also promotes Ryan's Long Range Shooting Handbook and the NSSF's resources for finding shooting ranges.

This video features Ryan Cleckner, a former special forces sniper and instructor, explaining the differences between Minute of Angle (MOA) and Milliradians (MRAD) as reticle measurement systems. He discusses the pros and cons of each, why MRAD is becoming more popular, and helps viewers decide which system is best suited for their specific shooting needs. The video aims to educate shooters on these fundamental ballistic concepts for long-range accuracy.

This video reviews the new Sako 90 "Finnlight" rifle in .308 caliber, highlighting its upgrades from the Sako 85. Key improvements mentioned include a smoother action, faster lock time, a 5-preset adjustable trigger, a redesigned ejection port, and dual bolt plungers. The reviewer achieved a 5-shot MOA group at 100 yards but encountered ejection issues with various ammunition, which was noted as a disappointment for a high-end rifle. The description also lists the various calibers and configurations available for the Sako 90 model.

This YouTube video titled "MOA Showdown: My Favorite Red Dot Size" appears to be an evaluation and comparison of different red dot sight sizes. The content likely focuses on how varying MOA (Minute of Angle) sizes of red dots impact accuracy, target acquisition, and usability for different shooting applications. Viewers can expect insights into which red dot sizes are preferred by the creator for specific scenarios, potentially touching on factors like range, target size, and firearm type. The video aims to help viewers make informed decisions when choosing red dot optics for their own firearms.

This video explains Minute of Angle (MOA) as an angular measurement used in firearms for precise aiming. Josh demonstrates how MOA relates to scope adjustments, particularly how clicks on rifle scope turrets correspond to specific MOA changes. He also touches on how red dot sight sizes are measured in MOA. The importance of MOA for achieving accurate shot groups and effective optic zeroing is highlighted, alongside fundamental marksmanship skills. The presenter encourages viewers to practice at the range and teases a future video on MRAD.

This video from Gun University, featuring former special forces sniper Ryan Cleckner, breaks down the concept of milliradians (MILs) in long-range shooting. It explains what MILs are, how they differ from Minute of Angle (MOA), and provides practical guidance on using MIL-dot scopes for accurate adjustments and distance estimation. The content aims to educate viewers on the mathematical principles behind MILs and their application in improving long-range shooting skills.

This YouTube video features Ryan Cleckner of Gun University, a former special forces sniper and instructor, demonstrating how to apply the concept of Minutes of Angle (MOA) in a practical field setting. The video focuses on gathering and organizing Data on Previous Engagements (DOPE) to improve long-range shooting accuracy. It serves as a follow-up to an introductory video on MOA basics and offers a link to Cleckner's Long Range Shooting Handbook. The content is designed for shooters looking to enhance their precision and ballistic data logging.

This video by Ryan Cleckner of Gun University provides a detailed explanation of Minute of Angle (MOA) and its application in long-range shooting. Cleckner, a former special forces sniper and instructor, breaks down the mathematical principles behind MOA and how it relates to rifle optics and compensating for bullet drop. The video aims to educate viewers on this fundamental concept for accurate long-range engagements. It also promotes Ryan Cleckner's "Long Range Shooting Handbook" and resources from NSSF and LetsGoShooting.org.