Videos tagged with MRAD

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 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 offers a practical guide to mastering MRAD (Milliradian) for precision shooting, targeting hunters and long-range enthusiasts. It breaks down the fundamentals of MRAD, explaining how to use Mil Dot reticles and basic math for target ranging without a laser rangefinder. The content also covers making quick adjustments for bullet drop and windage, providing viewers with essential skills to enhance their shooting accuracy. The video aims to inform the AR-15 shooting community and promote safe firearm handling and usage.

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 likely delves into the comparison between Minute of Angle (MOA) and Milliradian (MRAD) as units of measurement for rifle scopes and ballistics. The creator is posing a question to the audience about their preference and usage, suggesting a discussion-based format or an evaluation of the pros and cons of each system. Expect explanations of how these units are used for aiming, adjusting optics, and calculating bullet drop or windage, with a focus on practical application for shooters.

This video covers the Best of SHOT Show 2025, with a specific focus on Barrett Firearms, highlighting the MRAD and MRAD ELR models. The content promises to showcase innovation from Barrett. The description also includes promotional material for Paramount Tactical's newsletter, training courses, merchandise, and a subscriber discount code. It also mentions their "Dangerous Liberty" podcast and details the expertise of their lead instructor, Gary Melton, a former US Army Special Forces Green Beret, emphasizing Paramount Tactical's specialization in training military, law enforcement, and civilians.

This video focuses on the new Barrett MRAD rifle from the United States. It appears to be an introductory or review-style video showcasing the firearm. While the description is brief, the title clearly indicates the subject matter, suggesting the video will likely cover the features, specifications, and possibly a first look or range test of this specific rifle model.

This video, "MOA Sucks Part III - MOA Is NOT More Precise," debunks the notion that Minute of Angle (MOA) offers greater precision than Milliradian (MRAD) in practical ballistics applications. The content is presented by Gary Melton, a former U.S. Army Special Forces Green Beret and Sniper Team Leader, and owner/Lead Instructor for Paramount Tactical Solutions. The description also includes links to relevant Hornady podcast episodes, Patreon support, a newsletter, training courses, merchandise, and social media channels.

This video provides a comprehensive review of the Discoveryopt ED GEN-II 5-25x56 long-range rifle scope. The reviewer demonstrates its performance at 1000 yards, highlighting its 34mm tube, FFP (First Focal Plane) reticle, and MRAD (Milliradian) adjustments. The description also includes affiliate links to the scope on Discoveryopt's website and Amazon, as well as links to related videos about the rifle used, steel targets, and various shooting accessories like chronographs, ballistic gelatin, and safety gear. The reviewer emphasizes a 10% discount for the Discoveryopt store.

This video provides a beginner-friendly guide on how to determine Rifle DOPE (Data On Previous Engagement) for accurate long-range shooting without specialized equipment like Kestrels or chronographs. The instructor breaks down the process step-by-step, covering essential concepts like finding a true zero, using free ballistic calculators, understanding muzzle velocity, and differentiating between MOA and MRAD. It also explains how to confirm your zero, correct errors, create a DOPE card, and choose between dialing and holding for adjustments.

This video showcases the SIG SAUER Canyon Rangefinding Binocular, a device designed for hunters and shooters. It highlights the binocular's high-definition glass, advanced laser rangefinding capabilities reaching up to 4,000 yards on reflective surfaces and 1,500 yards on non-reflective targets like game animals. The device offers onboard ballistic solutions with programmable MRAD/MOA settings and a specialized Archery Mode. It also features SpectraCoat anti-reflective lens coatings for enhanced light transmission and optical clarity.

This video title, 'MRAD vs. water?', suggests a comparison or test involving the MRAD rifle and its interaction with water. Given the lack of a description, the primary focus is on the potential performance or resilience of the MRAD in a water-related scenario. This could involve submersion tests, how water affects its operation, or perhaps a more abstract comparison of its capabilities versus the properties of water. The brevity of the available information makes it difficult to ascertain the exact nature of the comparison or its intended audience beyond general firearm enthusiasts interested in extreme testing.