Ballistic Calculation + Ranging Function, Have You Got The Two Most Important Functions Of Thermal Imaging Night Vision Goggles?
In recent years, thermal imaging night vision devices with intelligent ballistic calculation systems and laser rangefinder functions have become the "new favorite" of outdoor explorers and the "favorite equipment" of hunters. So, what are the benefits of this thermal imaging night vision device? Why are more and more users choosing it?
In the past, it took a long time to accumulate experience and solid theoretical knowledge to become a sharpshooter. Now, intelligent ballistic calculation makes shooting more "intelligent", eliminating the tedious manual formula to calculate the ballistic trajectory, and does not require very rich shooting experience. You only need to enter the relevant parameters that affect the ballistic trajectory in the thermal imaging night vision device with an intelligent ballistic system before shooting, and the system will automatically calculate and give the correct reference mark. Therefore, if used properly, everyone can become a sharpshooter.
It is worth mentioning that among the parameters that affect the change of ballistic trajectory, there are relatively constant quantities and dynamically changing quantities. As shown in the following figure: the initial velocity of the bullet, the weight of the bullet, the ballistic coefficient, the baseline height, the zeroing distance, the temperature and the altitude, etc., these are relatively unchanged quantities, and only need to be entered once. The distance between the thermal imaging night vision device and the target changes dynamically. Even for the same prey and the same environment, the distance will change at any time as the prey moves and runs. So how to measure this distance?
While independently developing high-precision ballistic technology, Onick has also conducted in-depth research on the function of laser ranging. In response to the needs of different user groups, Onick has launched thermal imaging night vision devices without ranging versions and with ranging versions. So what is the difference between them?
Thermal imaging night vision devices without ranging versions require manual input of ranging parameters. During the hunting process, using the intelligent ballistic calculation system, it is necessary to estimate or use other ranging instruments to measure the distance between the thermal imaging night vision device and the target, and then manually input the parameter value into the thermal imaging night vision device to obtain the corrected reference mark on the screen.
If it is a thermal imaging night vision device with ranging version, as long as the laser ranging is turned on with one button, when the user aims at the target, the target distance is automatically displayed on the screen of the thermal imaging night vision device, and the corrected reference mark is also directly displayed, reducing the tedious operations of the user during the hunting process.
In short, thermal imaging night vision devices with intelligent ballistic calculation system and laser ranging function have become one of the indispensable equipment for outdoor explorers and hunters. Its advantages such as convenience, high precision and real-time performance are favored by more and more users.
Now, are you interested in intelligent ballistic calculation and laser ranging? You can try Onick's thermal imaging night vision device RM-1 and night vision device RM-50 with these two functions, which will definitely bring you a different amazing experience!
