Unlocking the Power of AirGuns with Calculators

Precision AirGun Calculators

Airguns have been a popular tool for hunting, target shooting, and pest control for decades. As the technology behind AirGuns continues to advance, so too do the tools and resources available to enthusiasts looking to get the most out of their equipment. One such tool is the AirGun calculator, which can help shooters determine important metrics such as foot-pounds of energy, velocity, ballistic coefficient, retained velocity, and tank fill capacity. In this article, we'll take a closer look at each of these calculators and discuss how they can be useful for airgun enthusiasts of all levels.

FPE Calculator:

The FPE (foot-pounds of energy) calculator is an important tool for anyone looking to determine the power and effectiveness of their airgun. This calculator takes into account the weight of the pellet and the velocity at which it exits the gun, and provides a measurement of the kinetic energy it carries. This can be helpful for determining the optimal caliber and weight of pellets for a given shooting scenario, as well as for understanding the potential lethality of a particular airgun setup. The FPE calculator is simple to use - just enter the weight of the pellet and the velocity at which it exits the gun, and the calculator will provide the foot-pounds of energy for that shot.

FPS Calculator:

The FPS (feet per second) calculator is another important tool for AirGun enthusiasts. This calculator simply measures the velocity of the exiting pellet in feet per second. This can be helpful for understanding the trajectory of the pellet, as well as for making adjustments to shooting technique or equipment. For example, if a shooter notices that their pellets are consistently falling short of their target, they may want to use the FPS calculator to determine if their gun is firing at the proper velocity.

Ballistic Coefficient Calculator:

The ballistic coefficient calculator is a more advanced tool that takes into account the shape and weight of the pellet, as well as the air resistance it encounters during flight. This can be useful for understanding the trajectory of the pellet over longer distances, as well as for comparing the performance of different types of pellets. The ballistic coefficient is calculated by measuring the retained velocity of the pellet at two different distances, and then comparing those velocities to a standard. This can be a bit more complex than some of the other calculators, but for those looking to get the most out of their AirGun, it can be a valuable resource.

Retained Velocity Calculator:

The retained velocity calculator is another tool that can be useful for understanding the performance of an AirGun setup. This calculator measures the velocity of the pellet at the point of impact, and compares it to the velocity of the same pellet when it left the gun. This can be helpful for understanding how much velocity is lost over a particular distance, and for making adjustments to shooting technique or equipment to compensate for this loss. For example, if a shooter is consistently experiencing a drop in velocity over a certain distance, they may want to adjust their aim or use a heavier pellet to compensate.

Tank Fill Calculator:

Finally, the tank fill calculator is a tool that can be helpful for those using pre-charged pneumatic (PCP) AirGuns. This calculator takes into account the size of the air tank and the pressure at which it is filled, and provides an estimate of how many fills a shooter can get with their AirGun setup. This can be useful for planning shooting trips, as well as for determining the optimal amount of air pressure to use for a given shooting scenario.