Tag Archives: Applied Ballistics

Earlier this week I traveled to watch the King of 2 Miles rifle competition (Ko2M) at the NRA Whittington Center in Raton, New Mexico. It’s one of the few matches where great shooters from across the country gather to push the limits of what is possible with small arms as they engage targets out to 2 miles (3,520 yards). It was interesting to see what the top shooters were using in terms of equipment and gear, and I’ll share a summary of that in this post. In subsequent posts, I’ll go into more detail on some of the issues these ...

There have always been a niche group of shooters pushing the limits when it comes to distance. But over the past few years, advancements in manufacturing combined with better understanding and tools around predictive ballistics have ushered Extreme Long Range (ELR) shooting into the mainstream. A decade ago, the few shooters who could hit targets at a mile or more were considered super-human. Today, distances once considered impossible with shoulder-fired rifles can now be hit on-demand by just about any shooter with the right equipment and desire to learn. I’ve been a long-range addict for several years now, but that ...

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. ...

As long-range shooters, we tend to obsess over every little detail. After all, we’re trying to hit relatively small targets that are so far you may not even be able to see them with the naked eye. While you might can get away with minor mistakes and still ring steel at short and medium ranges, as you extend the range those small mistakes or tiny inconsistencies are magnified. So, most things are important … but to differing degrees. There are so many variables that it’s easy to get lost, and most of us end up doing our best to spread ...

As long-range shooters, we tend to obsess over every little detail. After all, we’re trying to hit relatively small targets that are so far you may not even be able to see with the naked eye. While you might can get away with minor mistakes and still ring steel at short and medium ranges, as you extend the range those small mistakes or tiny inconsistencies are magnified. So, most things are important … but to differing degrees. This series of posts is taking a data-driven approach by using Applied Ballistic’s Weapon Employment Zone (WEZ) analysis tool to gain insight into how different ...

As long-range shooters, we tend to obsess over every little detail. After all, we’re trying to hit relatively small targets that are so far you may not even be able to see with the naked eye. While you might can get away with minor mistakes and still ring steel at short and medium ranges, as you extend the range those small mistakes or tiny inconsistencies are magnified. So, most things are important … but to differing degrees. This series of posts is taking a data-driven approach by using Applied Ballistic’s Weapon Employment Zone (WEZ) analysis tool to gain insight into how different ...

As long-range shooters, we tend to obsess over every little detail. After all, we’re trying to hit relatively small targets that are so far you may not even be able to see with the naked eye. While you might can get away with minor mistakes and still ring steel at short and medium ranges, as you extend the range those small mistakes or tiny inconsistencies are magnified. So, most things are important … but to differing degrees. This series of posts is taking a data-driven approach by using Applied Ballistic’s Weapon Employment Zone (WEZ) analysis tool to gain insight into how different ...

As long-range shooters, we tend to obsess over every little detail. After all, we’re trying to hit relatively small targets that are so far you may not even be able to see with the naked eye. While you might can get away with minor mistakes and still ring steel at short and medium ranges, as you extend the range those small mistakes or tiny inconsistencies are magnified. So, most things are important … but to differing degrees. This series of posts is taking a data-driven approach by using Applied Ballistic’s Weapon Employment Zone (WEZ) analysis tool to gain insight into how different ...

As long-range shooters, we tend to obsess over every little detail. After all, we’re trying to hit relatively small targets that are so far you may not even be able to see with the naked eye. While you might can get away with minor mistakes and still ring steel at short and medium ranges, as you extend the range those small mistakes or tiny inconsistencies are magnified. So, most things are important … but to differing degrees. There are so many variables that it’s easy to get lost, and most of us end up doing our best to spread our ...

As long-range shooters, we tend to obsess over every little detail. We think everything is important! After all, we’re trying to hit relatively small targets that are so far you may not even be able to see them with the naked eye. While you can get away with a lot of minor mistakes and still ring steel at short and medium ranges, as you extend the range small mistakes or tiny inconsistencies are magnified. So, most things are important … but to differing degrees. So if we have a limited amount of time and money, where would we get the ...