Thermal sight HIKMICRO – Lynx Pro LH15 2.0, 12 Micron

Description

### **HIKMICRO Lynx LH15 2.0 Thermal Monocular**: Compact Powerhouse for Outdoor Exploration

The **HIKMICRO Lynx LH15 2.0** is a compact, high-performance thermal monocular that combines portability and advanced thermal imaging technology in one rugged, pocket-sized device. Tailored for hunters, outdoor enthusiasts, and professionals, this device offers a manually focusable lens and intuitive design for ease of use, making it a versatile companion for various observation needs.

#### Key Features of the HIKMICRO Lynx LH15 2.0:

1. **High-Resolution Thermal Imaging for Superior Clarity**:
– **384x288p VOx Sensor with 12 µm Pixel Pitch**: The Lynx LH15 2.0 delivers clear, well-detailed images with the help of its high-sensitivity sensor, designed to detect subtle temperature changes for enhanced precision and detail.
– **NETD < 20 mK Sensitivity**: With excellent thermal sensitivity, this monocular captures even the smallest temperature variations, ensuring high-contrast images in low visibility conditions.

2. **Extended Detection Range with Flexible Magnification**:
– **Detection Range of up to 750 Meters**: The LH15 2.0’s 15mm lens provides a powerful reach, enabling effective surveillance over large open areas.
– **Optical and Digital Zoom Options**: The device offers a base optical magnification of 1.4x, with digital zoom capabilities of 1x, 2x, 4x, and 8x, allowing for maximum zoom up to 11.2x for detailed close-ups of distant subjects.

3. **Rugged Design for Outdoor Reliability**:
– **IP67 Waterproof Rating**: With full dust resistance and waterproofing up to 1 meter for 30 minutes, the Lynx LH15 2.0 is built to withstand challenging environments, making it ideal for outdoor exploration.
– **Lightweight and Ergonomic**: Weighing only 272 grams, the device is comfortable for extended use and can be easily carried in a pocket, ensuring convenience during long excursions.

4. **Manual Focus and Customizable Display**:
– **Manual Focus Lens**: Provides the ability to fine-tune focus at different distances, giving users control over image clarity depending on their observation needs.
– **Versatile Color Palettes**: Choose from White Hot, Black Hot, Red Hot, and Fusion display modes to optimize image visibility for specific conditions and preferences.

5. **Extended Battery Life for Uninterrupted Operation**:
– **Up to 6.5 Hours of Continuous Runtime**: Powered by a rechargeable lithium battery, the Lynx LH15 2.0 offers a long battery life, and its standby mode further conserves power during idle moments.

6. **Recording and Connectivity Options for Sharing and Storage**:
– **16GB Internal Storage**: Capture and store photos and videos with audio directly on the device, and review your footage whenever needed.
– **Wi-Fi and App Integration**: Stream live footage to your smartphone using the HikMicro Sight app, enabling real-time sharing and additional display options for comfortable observation with a partner.

#### Technical Specifications:

– **Thermal Sensor Resolution**: 384×288 pixels, 12 µm detector
– **Thermal Sensitivity (NETD)**: <20 mK at 25°C
– **Objective Lens**: 15mm
– **Optical Magnification**: 1.4x; digital zoom options of 1x, 2x, 4x, and 8x (up to 11.2x total magnification)
– **Display**: 0.39-inch OLED, 1024×768 pixels
– **Field of View**: 30.8 meters at 100 meters
– **Detection Range**: Up to 750 meters
– **Battery Life**: Up to 6.5 hours continuous use
– **Durability**: IP67 waterproof rating
– **Storage**: 16GB internal memory for photo and video recording
– **Connectivity**: Wi-Fi for app control and streaming via HikMicro Sight app
– **Dimensions and Weight**: 272g, compact and pocket-sized

The **HIKMICRO Lynx LH15 2.0** is an excellent choice for those needing a lightweight, rugged, and high-performing thermal monocular for reliable detection and observation. Its advanced thermal sensor, customizable display, and powerful detection range make it ideal for outdoor exploration, hunting, and wildlife monitoring in all weather conditions.