Elements of Long-Range Shooting: Ballistic Coefficient | Applied Ballistics

This podcast episode delves into the complexities of long-range shooting, focusing on external ballistics, bullet design, and wind calling. Experts Brian Litz and Amel Preslick explain concepts like ballistic coefficient (BC), its measurement, and the differences between G1 and G7 standards. They also discuss VLD vs. tangent ogive designs and the nuances of wind reading, emphasizing the importance of understanding the science behind these factors for accurate long-range engagement.

This comprehensive guide, presented by an expert from Precision Rifle Network, details the fundamentals of long-range precision shooting for both hunting and competition. It covers external ballistics, wind compensation, the importance of ballistic solvers and data truing, and key equipment features like heavy barrels and FFP scopes. The instruction emphasizes ethical hunting responsibilities and the continuous improvement required through practice and data analysis.

This video provides an expert-level explanation of Ballistic Coefficient (BC) from a seasoned firearms instructor. It details how BC affects bullet trajectory and wind drift, emphasizing its importance for long-range accuracy (500-1000 yards). The instructor also covers factors influencing BC like bullet mass and shape, and discusses the critical interplay between BC, bullet weight, and rifle twist rate, cautioning against manufacturers overstating BC values.

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 video discusses the emerging dominance of the 7mm PRC caliber in long-range precision shooting, positing it will surpass the 6.5 Creedmoor by late 2026. The 7mm PRC offers heavier bullets (160-195 grains), higher velocities (upwards of 3,100 fps), and greater energy (3,000 ft-lbs), making it a superior choice for distances beyond 800 yards and for hunting larger game. The caliber's rapid growth indicates strong industry backing.

This video introduces the 'Gun Number' method for rapid wind drift estimation in long-range shooting. Derived from the first digit of a projectile's G1 Ballistic Coefficient, the Gun Number directly correlates to mil radian wind holds for specific wind speeds and distances. The technique offers a faster field guesstimate compared to complex calculations, supplementing formal wind mastery courses.

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.