Thermal Monocular HIKMICRO LYNX LQ35L 3.0

HikMicro Lynx LQ35L 3.0 Thermal Monocular

The HikMicro Lynx LQ35L 3.0 is a high-performance thermal monocular designed for long-range detection and professional observation. Equipped with a 640 × 512 VOx thermal sensor and a 35 mm F1.0 focus-ring lens, it delivers outstanding thermal detail and target recognition with an NETD sensitivity of less than 15 mK in all lighting and weather conditions.

Key Advantages

• 640 × 512 VOx thermal sensor with 12 μm pixel pitch.
• NETD <15 mK for exceptional thermal sensitivity.
• 35 mm F1.0 objective lens with manual focusing.
• Detection range up to 1800 m.
• Integrated laser rangefinder.
• AI-powered Image Pro 3.0 and Zoom Pro image enhancement.
• HSIS shutterless imaging technology for uninterrupted viewing.
• 0.49-inch AMOLED display with 1920 × 1080 resolution.
• Photo and video recording, audio recording, hotspot tracking and Wi-Fi connectivity.
• Replaceable 18650 battery and IP67-rated housing.

Product Description

The Lynx LQ35L 3.0 sets a new standard in thermal imaging performance for users requiring extended observation distances. Its 1.9× optical magnification and digital zoom up to 15.2× provide flexibility when monitoring distant targets and open terrain.

With a field of view of 7.5° × 4.6° (13.1 m × 8.0 m at 100 m) and a detection range of up to 1800 metres, the device is well suited for search and rescue operations, wildlife observation, surveillance and other demanding professional applications.

Advanced Image Pro 3.0 and Zoom Pro algorithms enhance image quality and detail, while HIKMICRO's HSIS (Shutterless Imaging System) ensures smooth real-time operation without calibration interruptions. The ultra-sharp 1920 × 1080 AMOLED display delivers clear, high-contrast thermal imagery.

Additional features include photo and video recording, audio capture, distance measurement, hotspot tracking and Wi-Fi connectivity. The rugged IP67-rated housing and replaceable 18650 battery provide dependable performance in challenging environments.

Technical Specifications