MOA vs MILs (MRAD) Explained by Ryan Cleckner | Which is Better?

This video explains the fundamental differences between Minute of Angle (MOA) and Milliradian (MIL) as units of angular measurement used in rifle scopes. It clarifies that MOA is 1/60th of a degree, equating to approximately 1 inch at 100 yards, while MIL is 1/6400th of a circle, equating to 10 cm at 100 meters. The instructor notes that most precision scopes use quarter MOA adjustments, allowing for fine-tuning.

This video from Ballistics Lab provides an expert comparison of MOA and MIL adjustment systems in rifle scopes. The instructor, demonstrating high authority, explains the mathematical origins, practical applications, and nuances of each system. Key takeaways include understanding the true value of 1 MOA, the base-10 simplicity of MIL for range estimation, and the contextual dominance of each system in competition versus hunting.

This video by Ryan Cleckner, a former special operations sniper, explains the difference between True MILs and NATO MILs and provides a simplified conversion method for shooters. Cleckner emphasizes using 3.5 as a practical 'fudge factor' for quick mental calculations between MOA and MILs in the field, making long-range shooting adjustments more accessible.

This video from SIG SAUER Academy introduces their Precision Scoped Rifle (PSR) course series. It emphasizes not just hitting targets, but understanding how to use your rifle and scope's capabilities to engage any target accurately. The courses cover fundamental setup, scope adjustments, and advanced ballistic calculations for effective long-range shooting.

This episode of Wind Call Wednesday focuses on estimating wind speed by observing the 'waves' in the mirage. The instructor explains that tighter waves indicate faster wind, while gradual waves suggest slower wind. Two tailwind scenarios are presented: a very slow 1 mph tailwind with gradual mirage waves, and a faster tailwind with tight mirage waves. Both are deemed negligible for shooting adjustments, except for potential spin drift at extreme distances.

This guide details how to estimate muzzle velocity without a chronograph, a crucial step for accurate long-range shooting. It leverages factory ammo data and barrel length adjustments as a starting point, then refines the estimate through 'truing your dope' with a ballistics app and live fire. The Precision Rifle Network hosts provide practical, expert advice for shooters seeking to optimize their ballistic solutions.

This drill, demonstrated by Adam Painchaud from SIG SAUER Academy, focuses on improving pistol accuracy by isolating trigger anticipation. By firing a single live round and immediately following with a dry fire reset, shooters can identify and correct muzzle movement caused by flinching or anticipating recoil. Practicing this at distance, like 40 yards, provides clear feedback on accuracy and trigger control.

This guide, presented by former sniper Ryan Cleckner, breaks down the critical concept of Minute of Angle (MOA) for long-range rifle shooting. It explains how MOA is an angular measurement that increases in linear value with distance, crucial for understanding bullet drop and making accurate scope adjustments. The instruction emphasizes calculating MOA at specific ranges and converting these to scope clicks for precise zeroing.

This guide synthesizes expert instruction from Ryan Cleckner on fundamental long-range rifle shooting techniques. Key areas covered include achieving stability in the prone position, proper scope alignment to avoid 'scope shadow,' focusing on the reticle for sight picture, and executing precise trigger control with follow-through. Cleckner, a recognized industry expert and former Army Ranger sniper, emphasizes these core principles for accurate long-range engagement.

Ryan Cleckner, a former Sniper Team Leader, provides expert instruction on mounting a rifle scope. This guide covers essential steps from safety checks to final adjustments, emphasizing personalized fit for optimal performance. Key takeaways include proper ring placement, achieving correct eye relief and cheek weld, leveling the scope, and focusing the reticle for individual vision.