What Is Intelligent Ballistic Calculation? infrared Thermal Imaging Camera
In shooting games, from the moment the bullet leaves the barrel, it fights against gravity and air resistance every minute of its flight in the air.
Experienced players will adjust the precision point according to the distance of the target so that the bullet can hit the target accurately.
But in actual hunting, it is difficult for an inexperienced novice to make corresponding adjustments according to the distance between the gun and the target to hit the target. So, how to reduce the pressure of novices, achieve quick start and hit the target easily?
Researching ballistic calculation is a very deep subject, but with the development of science and technology, it has gradually "sunk" and expanded to more civilian scenarios. Using the intelligent ballistic system to assist shooting, even novice players can have a good hit rate.
01. What is intelligent ballistic calculation?
First of all, what is trajectory?
Trajectory refers to the trajectory of various projectiles or projectiles from the starting point to the end point of the launch.
Intelligent ballistic calculation uses high-precision ballistic algorithm technology to calculate the trajectory of the ballistics. After calculating the relevant parameters that affect the trajectory of the ballistics, the correct reference mark is given, so that novices can easily get started and quickly hit the target.
02. Parameters affecting trajectory changes
So, what parameters will affect the change of trajectory? Where can we get these parameters?
1. The initial velocity of the bullet
That is, the instantaneous speed of the bullet from the muzzle. Depending on the gun and ammunition, the initial velocity of the bullet will vary greatly. The initial velocity of the bullet can be measured using professional speed measuring equipment.
2. The weight of the bullet
Bullets of different weights are subject to different gravitational forces after leaving the muzzle, which affects the trajectory change of the trajectory. The weight of the bullet can be obtained from the specification sheet of the purchased bullet or weighed by yourself.
3. Ballistic coefficient
The parameter that reflects the relative efficiency of the projectile in overcoming air resistance is an important indicator for measuring the flight performance of the projectile. As the ballistic coefficient increases, the resistance effect decreases and the range increases; as it decreases, the effect is the opposite. The ballistic coefficient can be obtained from the specification of the purchased bullet, or calculated from the website or APP related to ballistic calculation.
4. Baseline height
It refers to the height difference between the optical axis of the sight and the barrel. The baseline height can be obtained by measurement.
5. Zeroing distance
Zeroing is a verb, which means to systematically combine the sight and the gun at a suitable distance to set an initial shooting reference point, and this suitable distance is the zeroing distance. The zeroing distance can be set according to the user's daily usage habits.
6. Temperature and altitude
The temperature and altitude are parameters we are familiar with, and this parameter value can be easily queried on the mobile phone. Of course, in the civilian field, the influence of temperature and altitude on the trajectory is not great, and the value can also be roughly estimated.
Among them, the initial velocity, weight, ballistic coefficient, baseline height, etc. of the bullet are important factors affecting the trajectory. The parameters need to be accurately filled in the device with the ballistic calculation system, and the correct reference mark is given after intelligent calculation.
Basically, a thermal imaging scope with a ballistic calculation system, paired with an ordinary air gun or rifle, can become a sharpshooter even if it is used properly.
03. Where can I buy it?
onick Optics is a high-tech enterprise focusing on the research and development, production, sales and service of night vision devices and thermal imaging scopes. The company takes product cost performance and user experience as its starting point, and has many national patents in the field of night vision devices and thermal imaging.
Professional R&D team, leading technology and craftsmanship, give full play to professional advantages and create high-quality brands.
Its thermal imaging scope RM-1 and night vision device GM-2/GM-5/GM-8 series products all have ballistic calculation functions, which are very suitable for outdoor explorers and military fans to start research. If you are interested, you can consult and learn more!
