Q165L
Thermal Binocular
Specifications

experience unparalleled image quality

Ultra-Clear Binocular Optics, Professional-Grade Observation Experience
1. 640×512 high-resolution sensor + 50mm binocular optical lens ensures more precise stereoscopic imaging.
2. 1920×1080 OLED HD screen presents details comparable to professional monitors.
3. 50Hz high frame rate eliminates motion blur in dynamic scenes, enabling capture of high-speed moving targets.
4. Binocular fatigue-reducing design allows continuous operation for 3 hours without dizziness.
5. Ultra-wide dynamic range automatically optimizes performance in both bright light and dark night scenarios.
Four Display Modes for Full Scenario Coverage
1. Intelligent switching between Infrared, Low-Light, Fusion, and Picture-in-Picture modes.
2. Picture-in-Picture mode shows both the full view and detailed close-up simultaneously.
3. Infrared mode penetrates darkness and fog for clear imaging in obscured environments.
4. Low-Light mode enhances details in weak-light conditions, optimizing visibility in dim settings.
5. Fusion mode combines the advantages of multi-spectral data for comprehensive observation.


Wireless Connectivity with Wi-Fi Support
1. Transmits 1080P thermal images via Wi-Fi.
2. Supports simultaneous connection to mobile devices.
Intelligent Zoom
1. Supports 1x/2x/4x/8x electronic zoom, enabling flexible switching between close and distant targets.
2. 50mm telephoto lens paired with zoom algorithms ensures clear details even after magnification.


Long-Distance Detection
1. 50mm telephoto lens combined with a 640×512 high-resolution sensor achieves clear imaging at kilometer-level distances.
2. Specifically optimized for long-range target recognition, ensuring more precise detail presentation.
See Q165L Thermal Binocular in Action
Mobile APP
Q165L with the WiFi function, you can preview the image of thermal imaging in real time through the mobile app, and you can videos and the photo function through the mobile phone.

Your Satisfaction is Our Priority


