The F Class basics series continues with information about ballistics and reloading.
We examine a method of quantifying the accuracy potential of match bullets.
Hornady recently introduced a new ballistics calculator, called the 4DOF Ballistics Calculator. We investigate what it is and isn't.
Barrels come with different rifling types, and they all leave marks on the bullet. But do they impact the way it flies? We look at some US Army ballistics research to try to find an answer.
It's often said that a headwind is more difficult to shoot in than a crosswind. This article explores the differences.
The differences between various methods of calculating ballistic trajectories are investigated in this article. What's the difference between Point Mass and Pejsa? Find out.
Confused about how to input pressure, temperature and humidity into a ballistics calculator? We untangle the details in this article.
An in-depth review of what just might be the best ballistics book on the market. Find out what you need to pay attention to, and what you don't.
If bullet stability seems complicated, that's because it is. We take a look at gyroscopic and dynamic stability, and how they interact with each other.
Reading the wind is critical calibrating your sites for long range shooting. But how do you calibrate your eyes? A wind meter may be just the ticket.
A chapter by chapter summary and review of the modern day Bible of ballistics. Engineers will love this, but there's something for the rest of us too.
What are the effects of a barrel's twist rate on a bullet's stability? Can you over-spin a bullet?
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