Top thermal scope provider in 2022? Our engineers are trained to deliver thermal imaging solutions and high-end customization services. We conduct evaluations to determine the feasibility of your requirements to our product line and provide prompt responses to any inquiries. Offering the highest standard thermal imaging products with cost-effective prices is always the mission of Senopex. See even more information on multifunctional thermal binoculars. ‘Assassin’ mode: Design for target brightness and clarity improvement while eliminating the influence of irrelevant factors. Ideal for quick detecting and searching your hunting targets in seconds. ‘Equator’ mode: Design for identifying hot targets in the background of hot surfaces. Ideal for detecting multiple high-temperature objects in hot weather. The Equator mode is extremely useful when the ground temperature is higher than the targets you are observing.

You must have realized that a thermal scope’s detection, recognition, and identification distance varies depending on the target size and posture. A detailed description of target size with detection, recognition and identification range will always be helpful than only claiming on the detection range itself. What critical factors of a thermal scope affect detection/recognition/identification range? The larger the area of the thermal radiation projected by the target onto the FPA, the more temperature data it could absorb, the more detailed picture the system could get, and the easier it to distinguish the target. As the target gets further, the area of the target’s thermal radiation projected onto the FPA will become smaller, and the number of pixels covered will decrease. When the amount of the pixel covered by targets on the FPA is equal to the amount of the DRI range, the target distance is equal to the DRI distance.

The magnification level of the targets is related to the display quality of the thermal imagery too. The thermal riflescope user is always looking for a proper level of magnification to see targets in the best image quality and details. They are looking for a high magnification level device with the best image quality. However, too much magnification will significantly affect the image quality. Therefore, under the premise that the hardware is determined, the software algorithm becomes the main reason that decides how much the magnification can achieve. For example, how to reduce the interference of invalid heat sources while retaining the details of the target and how to keep the environmental information while highlighting the target will directly determine the user’s intuitive experience. These all increase the cost of the product. Read additional information on thermal riflescope producer.

What do you mean by NETD? The NETD is the quantitative description of how well a thermal device distinguishes temperature differences. It is expressed in mK (milliKelvin). A lower value indicates higher sensitivity, as the device can distinguish smaller temperature differences. The typical value of FPA sensitivity is 40-50mK, while the DOT series offer <35mk (<25mk for the S series) ultra-sensitive core to ensure the best image quality.