When a shooter pulls the trigger, a series of events sets the bullet on its path toward the target. While shooting may seem straightforward, the science behind how a bullet travels is far more complex.
Understanding the basics of ballistics can significantly improve a shooter’s accuracy and performance. But what exactly happens between the muzzle and the target?
In this article, we’ll explain the fundamentals of ballistics in simple terms, helping you grasp how a bullet behaves in flight and how external factors like temperature, air resistance, and wind can impact its trajectory.
When a shooter pulls the trigger, a series of events sets the bullet on its path toward the target. While shooting may seem straightforward, the science behind how a bullet travels is far more complex.
Understanding the basics of ballistics can significantly improve a shooter’s accuracy and performance. But what exactly happens between the muzzle and the target?
In this article, we’ll explain the fundamentals of ballistics in simple terms, helping you grasp how a bullet behaves in flight and how external factors like temperature, air resistance, and wind can impact its trajectory.
