.30-06 Ballistics Calculator

Whether you are gearing up for whitetail season or stretching out your distances at the range, understanding the exact flight path of your .30-06 Springfield is critical for making ethical, precise shots. The .30-06 Ballistics Calculator below is designed to give you instant, accurate trajectory data for one of the most versatile and historically proven hunting cartridges in the world.

Instead of guessing your holdovers or digging through manufacturer manuals, this interactive tool allows you to visualize your bullet drop, velocity retention, and windage adjustments in real-time.

Understanding .30-06 Springfield Ballistics

The .30-06 Springfield is one of the most versatile and historically significant centerfire rifle cartridges in the world. Introduced in 1906 for the U.S. military, it has since become a gold standard for big game hunters and precision shooters due to its excellent balance of range, manageable recoil, and reliable knockdown power.

The comprehensive data table below provides a deep dive into how this legendary cartridge performs in the real world. It is divided into two distinct sections to help you select the right load and understand its flight path:

• Standard Trajectory Data (0 to 500 Yards): This section maps the flight path of a standard .30-06 load over half a mile. It details how gravity pulls the bullet down (Elevation drop in inches, MOA, and MIL), how quickly it reaches the target (Time), and how it sheds speed (Velocity) and hitting power (Energy) over distance.
• Factory Ammunition Comparison: The .30-06 is famous for its ability to fire a wide variety of bullet weights—typically ranging from fast, light 125-grain bullets to heavy 180-grain loads. This section compares popular off-the-shelf options from top manufacturers so you can see how different designs affect bullet drop at 100, 200, and 300 yards.

Key Terms to Know

Before diving into the numbers, here is a quick breakdown of the technical metrics used in the table:

• Velocity (fps): Feet per second. The speed of the bullet. Faster bullets shoot “flatter,” meaning they drop less over a given distance.
• Energy (ft-lbs): Foot-pounds. The kinetic “knockdown” power the bullet delivers upon impact. As a general rule, hunters prefer a minimum of 1,000 ft-lbs of energy for deer-sized game and 1,500 ft-lbs for elk.
• BC (Ballistic Coefficient): A measurement of how aerodynamic a bullet is. A higher BC number means the bullet cuts through the air more efficiently, retaining its speed longer and resisting wind drift better.
• MOA / MIL: Minute of Angle and Milliradians. These are angular measurements used on rifle scope turrets and reticles to adjust for the bullet’s drop at long distances.

.30-06 Springfield Ballistics Data (0 – 500 Yards)