PrecisionRifleBlog.com A DATA-DRIVEN Approach to Precision Rifles, Optics & Gear

Over the past 3 articles, we covered a lot of ground! Before I jump to other topics, I wanted to simply provide a bullet-point recap of key points from the end of each of those articles and publish it here as an executive summary. This might be a good overview or reminder for those that read each article or hits the highlights in case you missed one.

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.

Many shooters have an uncomfortable relationship with math and aren’t impressed with fancy formulas. However, statistics and probability are insanely applicable when it comes to rifles and long-range shooting in particular. I have literally spent months crafting this 3-part series of articles specifically with the math-averse shooter in mind. I invested all that time because I strongly believe that understanding just a few basics can help us gain actionable insight, make better decisions, and put more rounds on target.

I recently tested every popular type of 6.5 Creedmoor ammo, and carefully collected data on the performance of each one. I thought it’d be fun before any of the results are published to poll my readers to see which type of ammo you expect to end up on top. What do you think will perform the best when it comes to hit probability at long-range (e.g. 600 to 1200 yards)? Cast your vote and see what other readers think will end up on top!

This article shows what scopes and scope mounts/rings the competitive rifle shooters were running at this year’s Nightforce ELR Steel Challenge in Casper, Wyoming. That is a one-of-a-kind, 2-day, flagship match with 20+ stages featuring targets from 720 to 2,091 yards. The average target distance is year was 1,180 yards, with 70% of the targets beyond 1,000 yards! When you’re reaching out to that kind of distance your scope and mount must be rock-solid! This article is based on a survey of 100+ competitors and shares what brands and models these guys trusted to make first-round hits.

Over the past few weeks, I surveyed over 100 shooters who competed in this year’s Nightforce Extended Long Range Steel Challenge in Wyoming. I know a lot of you had questions about calibers, scopes and other gear guys were using, so I put together a survey, and the match director, Scott Satterlee, sent it to all the competitors. Over 100 shooters completed the survey, including 85% of the guys who finished in the top 25 overall. Thanks to all the guys who took the time to share. One of the fun things about the NF ELR match is it has ...

I recently spent a couple of months behind Accuracy International's new AXSR rifle chambered in 300 Norma Mag, firing almost 500 rounds. I used to cinch a top 5 finish in a flagship, national-level ELR match, but it wasn't all rosey! This is my 100% honest, full disclosure, hands-on review of the AI AXSR rifle platform, with all the details you could ever want to know!

A few weeks ago, I attended one of my all-time favorite matches: the Nightforce ELR Steel Challenge hosted by Scott Satterlee in Wyoming. It was quite the experience, with targets ranging from 720 to 2,091 yards and sustained winds over 30 mph! A few competitors measured gusts up to 50 or even 60 mph! Believe it or not, you can still hit targets in those conditions – and some shooters hit first round with surprising consistency. This Wyoming ELR match is the only match like it anywhere in the country. Because it is so unique, it isn't affiliated with the PRS, NRL, or other series, which means many shooters may not be aware of it and that is why I wanted to share an after-action report about it with my readers.

This is the last post in a series of articles focused on bullet jump research that has been conducted more than two years by Mark Gordon of Short Action Customs (Who is Mark Gordon?). In this post, I’ll provide an executive summary of what we covered and provide a few tips for how to apply this new knowledge in our load development. The first article provided a comprehensive overview of what 10+ of the most respected books and reloading manuals had to see about bullet jump and laid the foundation of what bullet jump is, along with other concepts like ...