(Last Updated On: February 11, 2021)
In the world of hunting, when it comes to long-range shooting, distance and accuracy have always been a concern. To keep zero on your goal in a short period takes years of practice. What happens when you are only a long-range shooting novice and ready to comprehend the math and precise degree to target your gun.
This is where a ballistic device’s assistance comes in handy. A ballistic system is used to better explain how the shooting after a few hundred yards is influenced by wind and bullet drop. There are two types of ballistics instruments. First of all, it is the conventional ballistic calculator, a device that works independently from your weapon but is found in compact sizes. Next, there are now ballistic phone applications that can be downloaded on your smartphones with the growth in technology and the all-in-one model’s popularity.
However, we understand that you are overwhelmed by the many choices available out there, being a novice hunter at long-range shooting and possibly having little or no knowledge of this area. But don’t worry; to get you started, we are here to set out both features of a ballistic calculator and a ballistic phone app.
Calculator Of Ballistics
All aspects of the bullet trajectory are correctly characterized by a ballistic calculator the second the trigger is pulled. The calculator produces a trajectory chart that records the speed, time, energy, range of wind drifts, bullet drop, and temperature accordingly. This means that without the worry of deriving equations, we can quickly determine our shooting environment’s impacts. However, the downside is that to obtain accurate data, we must grasp the ballistic calculator’s principles. Only by knowing a few basic concepts, we need to be aware of running the ballistic calculator successfully.
Coefficient Of Ballistic
Each bullet has a ballistic coefficient that is determined by a set of numbers from zero to one. It demonstrates how slippery your shell is or how effective it is in overcoming air resistance during shooting. Typically, the ballistic coefficient depends on the bullets’ mass and size, but during processing, the manufacturer will already have indicated the value.
The high value of the ballistic coefficient refers to the degree of aerodynamics in bullets. The low weight of the ballistic coefficient means your shot is big and draggy. So, if your bullet head is comparatively sharper, it generates more speed, resulting in a high ballistic coefficient.
The next thing you need to remember is the drop of the bullet. The actual depth of the shot is attributed to the exit line. The departure line is represented as a perfectly straight line speeding down to infinity from the middle of the road.
The second it is shot from the muzzle, every bullet begins to drop steadily from the line of departure. As the bullet exits the muzzle 2 inches lower and decreases steadily from there onwards, it is almost impossible for a shot to start rising.
Velocity Of Muzzles
Muzzle velocity is one of the most significant elements of the ballistic graph. In principle, as it leaves the muzzle, you want to determine the bullets’ actual velocity. If you do not have the exact clock, you can enter the manufacturer’s prescribed rate for that bullet.
However, due to atmospheric circumstances, the result can differ from your actual gun. But, as most calculators automatically input the correct muzzle velocity according to the products produced from the real bullet drop, this will be less of a concern.
Recommended Readings (The Baselined)