Tag Archives: Modern Advancements in Long Range Shooting

Bryan Litz and the team from Applied Ballistics have released another book packed with their latest research projects and findings related to long-range shooting. This new book is the 3rd Volume in the series they call Modern Advancements in Long Range Shooting. It is not just a new edition of an old book. It contains 100% new content/research and stands on its own (i.e. you don’t have to read the other volumes to get value from this one). Bryan mailed me an early draft of the book several weeks ago, and I’ve read it cover-to-cover. It is equally as interesting ...

This is the final article in my Statistics for Shooters series, and it focuses on the application of statistics when it comes to quantifying precision and group size. It provides practical answers to some age-old questions: How many shots per group do I need? Should I exclude fliers? Is extreme spread the best way to measure my groups? What is the most effective and accurate way to compare groups between two loads? I spent more time writing this article than any other single post I’ve ever written! It challenges some common beliefs held by some in the shooting community, so I tried to carefully present the reasoning behind that in a way that was approachable to shooters who aren’t math nerds. It also contains a lot of practical tips. I firmly believe these concepts will help a TON of people in the long-range community.

Part 2 in my Statistics for Shooters 3-part series focuses on how to analyze muzzle velocity consistency, which is critical for us as long-range shooters. This article shows how to apply the concepts from Part 1 to get more insight and make better decisions related to muzzle velocity. It provides practical answers to some age-old questions: Should we look at ES or SD? How many shots do we need to fire in a string? How do we get the most value from the shots we fire at the range? I spent an absurd amount of time arduously crafting this article and creating visuals so it was approachable by shooters who aren’t math nerds because I firmly believe these concepts can help a TON of people in the long-range community.

When shooting targets at extreme distances (like 2000+ yards), you’ll quickly uncover some new obstacles. A few factors that could be safely ignored inside of 1000 yards become critical to getting rounds on target. You’ll also be faced with new equipment challenges that may not be obvious. As your bullet’s time of flight extends up 3 seconds, and possibly even up to 6+ seconds, priorities shift. You could say everything is important, but to differing degrees. In the last post, I focused on two big issues related to optics, and highlighted several new products designed to help you overcome those ...

Lots of people have asked what I’ve been working on, and I’m excited to finally be able to tell you guys about a huge project I’ve invested a ton of time in over the past several months. Last year, Bryan Litz and team over at Applied Ballistics ask if I’d be interested in contributing to Volume 2 of their Modern Advancements in Long Range Shooting series. I have immense respect for the work those guys have done and the huge impact they’ve had on me and the rest of the shooting community, so I was honored to even be asked. ...