How useful the Pegasus is to you may be more than you think

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 explains how to estimate target distance using a mil-based reticle in a rifle scope. It details the standard formula: Distance = (Target Size * Constant) / Measured Mils, and provides alternative constants for converting between inches, yards, centimeters, and meters. The instruction emphasizes the importance of knowing target size and accurate mil measurements for effective long-range shooting.

This video explains how to use the mill relation formula for estimating range to a target using a rifle's reticle. It details the formulas for both meters and yards, emphasizing the importance of knowing the target's size in inches. The instructors also discuss various ranging tools, from high-tech laser rangefinders to traditional methods, and their pros and cons, stressing the need for backup techniques.

This video details an advanced attempt to engage targets at extreme long range (up to 1 mile) using 5.56 NATO ammunition. The instructor emphasizes the challenges of wind calls, ballistic calculations at high altitudes, and the limitations of optic turrets, necessitating significant holdovers. The session highlights the importance of accurate muzzle velocity, ballistic solvers, and spotting for confirmation, ultimately serving as a trial run for future attempts.

This YouTube video focuses on a comparison between Minute of Angle (MOA) and Mil-radians (MIL) for long-range shooting. The title, "MOA Sucks! MOA vs. MIL #longrangeshooting," clearly indicates a critical examination and comparison of these two popular measurement systems used in precision shooting. The video aims to educate viewers on the differences and potential drawbacks of MOA, suggesting it may be inferior for certain long-range applications compared to MIL.

This guide details various rangefinding techniques for long-range shooting, from BDC reticles and MIL/MOA calculations to modern laser rangefinders and low-tech tools like the Range-R Card. Expert Hop emphasizes that while low-tech methods are useful for area fire, laser rangefinders offer the precision needed for consistent first-round hits at extended distances, considering factors like wind and pressure.

This video demonstrates a rapid fire drill focusing on efficient magazine reloads and immediate resumption of fire. The shooter, equipped with tactical gear and an M4 Carbine with an ACOG optic, showcases proficient weapon manipulation and recoil control. The drill emphasizes maintaining a high rate of fire while executing smooth tactical reloads.

This review of the Springfield M1A Scout Squad after 7,000 rounds highlights its robust reliability, especially with steel-cased ammunition. The instructor, speaking with high authority from extensive practical experience, details maintenance tips like using grease for lubrication and warns about potential malfunctions caused by glove interference with the operating rod. Cosmetic wear, such as brass marks on the stock, is viewed as a 'badge of honor' from heavy use.

This guide, presented by Regular Guy Training LLC, advocates for using readily available and cost-effective automotive lubricants for firearms. The instructor, drawing on military experience with belt-fed weapons and high-volume shooting, explains why conventional motor oil and high-temperature lithium grease are superior and more economical than many specialized gun lubes. It covers platform-specific recommendations, including considerations for cold weather and different firearm designs like AR-15s, AK-47s, and Glocks.

This guide details building a reliable AR pistol, emphasizing component selection for hard-use scenarios. It covers barrel and gas system choices, DI vs. piston considerations, and the importance of quality upper and lower receivers. The build focuses on practical reliability and shooter ergonomics, including ambidextrous controls and essential accessories, with a total cost around $1600 for the base build.