• Compact and powerful thermal monocular with a 256 × 192 resolution sensor and <35mK NETD for exceptional thermal sensitivity.
• 800 × 600 OLED display providing crisp imagery for clear thermal viewing.
• 9.7mm F1.0 lens with a 500m detection range, offering superior clarity and target identification.
• 1.5× to 12× magnification, hotspot connectivity, video recording, and hot tracking for enhanced usability and versatility.
• IP67-rated for water and dustproof protection, ensuring reliability in harsh conditions.
• Lightweight at 260g and offers up to 8 hours of battery life for extended field use.

The HIKMICRO Lynx-S PRO LE10S is a compact and powerful smart thermal handheld monocular, designed to deliver exceptional thermal imaging performance in a variety of conditions. Whether you're out hunting, hiking through rugged terrain, or engaged in search and rescue operations, this advanced device provides a clear, high-resolution thermal view, even in total darkness.

At the core of the Lynx-S PRO LE10S is a 256 × 192 VOx uncooled thermal sensor with a pixel pitch of 12µm, ensuring sharp thermal imaging with remarkable detail. With a NETD of less than 35mK, this monocular excels at detecting the smallest temperature differences, making it highly effective in low-contrast environments. The 800 × 600 OLED display delivers crisp imagery, enhanced by adaptive AGC, DDE, and 3D DNR processing technologies for superior clarity and depth perception.

This lightweight yet durable thermal monocular features a 9.7mm F1.0 lens with a focus-free design, providing a detection range of up to 500 metres. Its 1.5× to 12× magnification allows users to zoom in on distant objects with ease, while the wide 18.0° × 13.6° field of view ensures a broad perspective for effective scanning and tracking.

Packed with intelligent features, the Lynx-S PRO LE10S supports hotspot functionality, allowing for easy connectivity and image sharing. It offers built-in video recording, snapshot capture, and audio recording, ensuring users can document their observations effortlessly. Additional tools such as Picture-in-Picture (PIP), hot tracking, and distance measurement further enhance its usability in the field.