Christmas Sale Hikmicro Lynx Pro Le10 Thermal Monocular - Today Only [JXfKdQNP]

The LE10 is the entry-level model in the Lynx Pro professional thermal monocular range. Compared to other representatives of this series, it has the largest field of view and the longest battery life. It supports functions of observation, distance measurement, WiFi hot spot and so on. The high-sensitivity build-in thermal detector provides you with a clear view even in total darkness. The monocular is mainly applied to scenarios such as hunting, hiking, law enforcement and search and rescue.

The heart of this imager is an uncooled VOx microbolometer with a resolution of 256 x 192 pixels and a single pixel diameter of 12 µm. A low-noise and very sensitive sensor, combined with the highest quality optics and an advanced signal processing system, guarantee that the Lynx PRO LE10 thermal imager will fulfill its task regardless of the circumstances.

The image is transmitted through a large LCOS display with a diagonal of 0.2 "and a resolution of 720 x 540 px. Depending on the needs, the user can choose one of four modes display: white hot (the lighter the color, the higher the temperature), black hot, (the colors darken with increasing temperature), red hot (high temperature is marked in red) and fusion, which gives different colors to individual temperatures.

Carefully made housing, with IP67 water resistance class, guarantees that this product can work even in the most unfavorable conditions. In addition, this thermal imager is characterized by a continuous operation time of up to 8 hours, which can be extended by connecting the power supply from an external powerbank.

Features of Christmas Sale Hikmicro Lynx Pro Le10 Thermal Monocular - Today Only [JXfKdQNP]

• 256 x 192 resolution, 12um, high sensitivity detector
• Adaptive AGC, DDE, 3D DNR, NETD less than 35 mK (@25ºC), F# = 1.0
• 720 x 540 resolution 0.2-inch LCOS display
• Built-in rechargeable lithium battery
• Up to 8 hours continuous running
• Hot Spot
• Type-C Interface
• Stadiametric Range Finder

Specification