The functionalities of a thermal imaging product can vary based on the product model, manufacturer, and market positioning. Here are some common features that may be present in a thermal imaging product:

• 1. High Resolution: Provides high-resolution thermal images to display more details of the target.
• 2. Multiple Color Palettes: Allows users to choose different thermal color palettes to better highlight temperature differences.
• 3. Long-Range Detection: Optimized lenses and focus for long-range target detection.
• 4. High Sensitivity: Low NETD (Noise Equivalent Temperature Difference) for improved sensitivity to small temperature differences.
• 5. Video and Image Recording: Enables users to record thermal videos or capture thermal images for later analysis and sharing.
• 6. Thermal Image Overlay: Overlays thermal images on visible light images for comprehensive information.
• 7. Digital and Wireless Connectivity: Features digital interfaces and/or wireless connectivity for data transfer and remote monitoring with computers, smartphones, or other devices.
• 8. Multi-Mode Operation: Offers different operation modes such as real-time mode, recording mode, thermal tracking, etc.
• 9. Temperature Measurement: Includes temperature measurement capabilities, allowing users to measure temperatures in specific areas.
• 10. Protective Features: Possesses shock-resistant, waterproof, dustproof, etc., characteristics to adapt to different environmental conditions.
• 11. User Interface: Provides an intuitive user interface for easy device setup and control.
• 12. Battery Life: Long battery life to support extended operation and remote usage.
• 13. Thermal Imaging Analysis Software: Comes with complementary software tools for further analysis, processing, and interpretation of thermal image data.
• 14. Intelligent Functions: Some products may have intelligent features such as target tracking, alarm notifications, etc.

At present, thermal imaging telescopes in our products have significant advantages:

• 1. High resolution 640×512 thermal imaging sensor.
• 2. 5 Display Modes — Rainbow, Iron Red, Cool, White Heat, Black Heat mode — to help hunter identify objects more quickly & accurately.
• 3. Long detection range up to 12500 meters.
• 4. New upgrade thermal sensor sensitivity < 50 mK NETD.
• 5. Built-in photo and video recorder with 16 GB memory.
• 6. Picture-in-picture displays a magnified image at the top-center 10% of the overall field of view for precise zooming on an object of interest.
• 7. Wireless sharing function(WIFI).
• 8. It has real-time mode, recording mode, and hot tracking functions.
• 9. Equipped with seismic, waterproof, dustproof and other characteristics to adapt to different environmental conditions
• 10. Quick-change high capacity battery (up to 10 hrs. of operation time)

Therefore, the usage scenarios are also very wide:

• 1.  Security and Surveillance:
•    Used for monitoring and safeguarding critical infrastructure, borders, buildings, and other important locations. Thermal imaging technology provides reliable surveillance during nighttime and adverse weather conditions.
• 2. Military and Defense: 
•    Employed for long-range target detection, night vision, and intelligence gathering. Thermal imaging binoculars play a crucial role in military operations, offering powerful observation and reconnaissance capabilities.
• 3. Outdoor Exploration and Activities:
•    Utilized for nighttime observation, search, and rescue missions. Thermal imaging binoculars enable outdoor enthusiasts, adventurers, and rescue teams to navigate and operate more safely in complex environments.
• 4. Industrial Inspection and Maintenance:
•    Used to detect thermal anomalies in equipment and structures and perform preventive maintenance. This aids in improving the reliability and safety of industrial facilities.
• 5. Fire Monitoring and Rescue:
•    Applied to detect early signs of fires for prompt response and rescue operations. Thermal imaging binoculars can penetrate smoke to identify heat sources.
• 6. Hunting:
•    Hunters use thermal imaging binoculars to track prey at night, enhancing hunting efficiency. This technology is also employed in wildlife research.
• 7. Scientific Research:
•    Applied in geological, ecological, and meteorological research. Thermal imaging technology assists in monitoring surface temperatures, animal behavior, and atmospheric temperature changes.
• 8. Building and Energy:
•    Used to detect thermal leakage and faults in buildings, pipelines, and power lines. This contributes to improving the efficiency of buildings and energy systems.
• 9. Aviation and Aerospace:
•    In aviation and aerospace, thermal imaging binoculars are used for nighttime navigation, target tracking, and thermal source identification.