.260 Remington Trajectory Calculator

The .260 Remington represents the perfect balance between manageable recoil and serious long-range performance, pushing a 129-grain bullet at 2,930 fps with exceptional accuracy potential. This cartridge has gained a devoted following among precision shooters and hunters who appreciate its ability to deliver outstanding ballistic performance without the punishing recoil of larger magnums. The trajectory chart and table below show the bullet's flight path using a 100-yard zero, demonstrating how the .260 Remington's combination of moderate velocity and high ballistic coefficient bullets creates a very respectable trajectory that's easy to shoot accurately.

These calculations are based on standard conditions using a G1 ballistic coefficient of 0.485 with no wind influence, reflecting the excellent aerodynamic properties of modern 6.5mm bullets. The .260 Remington really shines with high-BC bullets that maintain velocity and energy downrange exceptionally well. To customize these trajectory calculations for your specific rifle and load combination, click "Modify Calculation" below where you can input your actual chronographed velocity, adjust for wind speed and direction, compensate for shooting angles, and enter atmospheric data including altitude, barometric pressure, temperature, and humidity for the most accurate results.

What makes the .260 Remington so appealing is its versatility and shootability. The moderate recoil allows for quick follow-up shots and extended range sessions without fatigue, while the excellent ballistic coefficient of 6.5mm bullets means it bucks wind better than many faster cartridges. Whether you're hunting deer-sized game or competing in precision rifle matches, the .260 Remington delivers the performance you need with manners that make it a pleasure to shoot. Having accurate trajectory data tailored to your setup helps you maximize this cartridge's inherent accuracy and long-range capabilities.