Thermal monocular HIKMICRO – Condor LRF CQ35L, 12 Micron

### **HIKMICRO Condor CQ35L Handheld Thermal Imager**: Precision Thermal Imaging with Integrated Laser Range Finder

The **HIKMICRO Condor CQ35L** is a versatile handheld thermal imager that combines high sensitivity and exceptional image clarity with a compact, ergonomic design. Equipped with a high-definition thermal sensor, integrated laser rangefinder, and advanced image processing features, the Condor CQ35L is a powerful tool for activities such as wildlife observation, hunting, and outdoor surveillance.

#### Key Features of the HIKMICRO Condor CQ35L:

1. **High-Sensitivity Thermal Sensor and Exceptional Resolution**:
– **640×512 Pixel Sensor with <20mK NETD**: The CQ35L uses the same ultra-sensitive sensor found in the Falcon FQ series, capturing even subtle temperature variations for enhanced image detail and clarity, regardless of weather conditions.
– **1024×768 OLED Display**: Paired with a high-definition OLED screen, the CQ35L delivers clear visuals with excellent contrast, allowing users to distinguish small details in their target and surroundings.

2. **Variable Magnification and Long Detection Range**:
– **2x to 16x Magnification**: Offers both optical and digital zoom for flexible observation, ideal for both close-range and long-range scenarios.
– **Detection Range up to 1800m**: The CQ35L’s powerful 35mm lens provides a detection range suitable for long-distance spotting, particularly valuable in open-field or large-area observations.

3. **Integrated 1000m Laser Range Finder (LRF)**:
– **Accurate Distance Measurement**: With a range of up to 1000m and accuracy of ±1m, the LRF provides precise distance measurements, allowing users to accurately gauge distances for more informed decision-making, whether stalking deer or tracking wildlife in low-light conditions.

4. **Enhanced Image Quality with Image Pro and Zoom Pro**:
– **Image Pro Algorithm**: This advanced algorithm enhances the clarity of both the subject and background, maximizing digital image quality for clear, defined visuals.
– **Zoom Pro Feature**: Reduces pixelation and retains image quality when digitally zoomed in, making the CQ35L an excellent choice for observing fine details at higher magnification levels.

5. **Rugged, User-Friendly Design**:
– **Magnesium Alloy Housing with Ergonomic Grip**: The robust body offers excellent durability with added rubber armor for a secure grip, making it comfortable to handle during extended use.
– **Compact and Lightweight**: Designed to be portable and easy to operate with one hand, ideal for field use.

6. **Extended Battery Life and Reliable Power Management**:
– **Three Replaceable Batteries for up to 13.5 Hours of Use**: Each battery provides 4.5 hours of runtime, allowing for prolonged usage in remote areas without power sources. Three batteries are included to ensure continuous operation in the field.

7. **Seamless Connectivity and Media Storage**:
– **Integrated Video Recording and Wi-Fi**: Users can capture high-quality video directly on the device or connect to the HIKMICRO Sight app to control the device, stream live video, and share recordings with ease.

#### Technical Specifications:

– **Thermal Sensor Resolution**: 640×512 pixels, <20mK NETD
– **Display**: 1024×768 OLED
– **Lens**: 35mm with 12.5° x 10° field of view
– **Magnification**: 2x optical, 16x digital zoom
– **Detection Range**: 1800m (man-sized object)
– **Laser Range Finder**: 1000m range with accuracy ±1m, 905nm wavelength
– **Battery Life**: 4.5 hours per battery; includes three batteries for a total of 13.5 hours
– **Durability**: Magnesium alloy with rubberized grip
– **Weight**: Lightweight and compact for handheld use
– **Connectivity**: Wi-Fi for app control, video recording, and live streaming

The **HIKMICRO Condor CQ35L** combines powerful thermal imaging, precise rangefinding, and advanced processing features in a durable and user-friendly package. Whether for hunting, wildlife surveys, or outdoor exploration, the CQ35L delivers detailed, reliable imaging and distance measurement to support your observation needs.