Applied Ballistics

Knowledge Extends Your Range

Understanding ballistics is one thing. Making the right correction when the target is hundreds of yards away is another.

Applied Ballistics: A Practical Guide to Projectile Flight, Prediction, Validation, and Field Application bridges the gap between ballistic theory and what actually happens in the field.

Written for shooters who want to understand not just what their ballistic solver tells them, but why, this practical guide explains the factors that determine a bullet's flight and shows how to turn ballistic predictions into reliable field data.

Inside you'll explore trajectory and aerodynamic drag, ballistic coefficients and drag models, muzzle velocity and chronograph analysis, atmospheric conditions and density altitude, MOA and MRAD, wind reading, ballistic solvers, DOPE development, trajectory validation, precision and hit probability, and troubleshooting when predicted and actual impacts don't agree.

Whether you're developing a new rifle setup, refining your DOPE, learning to make better wind calls, or simply trying to understand the science behind long-range shooting, Applied Ballistics gives you the foundation to make better-informed corrections and more effectively validate your ballistic data.

Move beyond simply entering numbers into a ballistic calculator. Understand what those numbers mean-and how to test them in the real world.