The system adopts an advanced uncooled thermal imaging sensor that delivers high resolution infrared images and remains fully effective under all-weather, day-and-night conditions. Its visible-light module uses a high-definition CMOS sensor that provides more detailed imaging. With a powerful optical zoom capability and enhanced 3D digital noise reduction, the system ensures smooth, finely textured visuals, while optical fog-penetration technology keeps the picture clear even in low-visibility environments.
Integrated intelligent analytics, including regional intrusion detection, boundary-crossing alerts, multi-scene cruise modes, and 3D frame-selection zoom/positioning—enable automated, precise, and efficient monitoring. An independent defogging and defrosting module guarantees stable visibility by eliminating lens fogging caused by outdoor temperature fluctuations.
Engineered with a low-power, high-reliability architecture, the system is paired with a heavy-duty high precision pan tilt platform that supports customized imaging configurations with high positioning accuracy. The compact industrial design, combined with an IP66-rated protective housing and corrosion-resistant exterior, ensures dependable long-term performance in harsh outdoor environments.
Adopting advanced uncooled microbolometer technology, the camera eliminates the need for cryogenic cooling systems. This reduces system complexity, lowers power consumption to <15W, and enhances long-term reliability. With fewer moving parts, it requires minimal maintenance (annual calibration recommended), making it ideal for continuous 24/7 operation in remote or hard-to-access locations.
Operating in the 8–14μm infrared spectrum, the camera provides superior imaging performance under atmospheric interference. It penetrates smoke, light fog, haze, and dust, maintaining clear situational awareness in low-visibility conditions. This long-wave band is particularly effective for detecting thermal signatures of humans, vehicles, and equipment, even in cluttered environments.
LWIR imaging is independent of external light sources, enabling effective surveillance in complete darkness, bright sunlight, and all weather conditions (rain, snow, dust storms). The camera operates in temperature ranges from -40℃ to 70℃ and withstands humidity levels of 0%–95% (non-condensing). Its IP66-rated housing ensures protection against dust and water, supporting reliable operation in harsh outdoor environments.
Built with a lightweight yet durable structure (starting at 1.2kg), the camera is engineered to withstand shocks, vibrations, and temperature extremes. Its compact size (as small as 150×100×80mm) supports flexible integration into mobile platforms (vehicles, UAVs), towers, and fixed installations. The rugged construction meets military-grade standards (MIL-STD-810G) for durability in demanding operational scenarios.
Equipped with highly sensitive detectors (NETD <50mK), the camera detects even minute temperature differences (as small as 0.05℃), ensuring accurate target recognition and clear thermal contrast. Advanced image processing algorithms enhance edge definition and reduce noise, delivering sharp, detailed imagery that enables operators to distinguish between objects, people, and backgrounds with precision.
Provides reliable 24/7 monitoring along borders, fences, and restricted zones. It detects human movement and vehicles at long ranges (up to 5km for vehicles, 2km for humans) in complete darkness, fog, or dust storms. Real-time situational awareness enhances early-warning systems, strengthening security against illegal crossings, intrusions, and smuggling activities.
Deployed at shorelines, ports, and marine vessels, the camera penetrates haze, humidity, and low-visibility conditions to identify vessels, small boats, and suspicious activities. It supports safe navigation, detects unauthorized maritime traffic, and plays a vital role in anti-smuggling and maritime law enforcement. Its compact design makes it suitable for integration with ship-based surveillance systems.
Installed at airports, oil fields, power plants, industrial sites, and government buildings, the camera provides continuous monitoring of perimeters and critical equipment. It detects abnormal heat signatures (e.g., overheating machinery, electrical faults) and unauthorized intrusions, ensuring the safety of personnel and high-value assets. Proactive surveillance minimizes the risk of sabotage and operational downtime.
Used for early forest fire detection, flood monitoring, and pollution source identification. The camera detects temperature anomalies in forests, rivers, and ecological zones, enabling authorities to respond quickly to wildfires or environmental hazards. Its long-range, non-intrusive imaging supports wildlife protection without disturbing natural habitats.
Integrated into counter-UAS systems, the LWIR camera identifies and tracks drones using their thermal signatures—unaffected by camouflage or lighting conditions. It enhances detection accuracy for low, slow, and small (LSS) UAV threats, supporting effective neutralization in sensitive areas such as airports, military bases, and public events.
Supporting fully customizable controls of every sensor, gimbal function and pan tilt size to your specifications.
The system adopts an advanced uncooled thermal imaging sensor that delivers high resolution infrared images and remains fully effective under all-weather, day-and-night conditions. Its visible-light module uses a high-definition CMOS sensor that provides more detailed imaging. With a powerful optical zoom capability and enhanced 3D digital noise reduction, the system ensures smooth, finely textured visuals, while optical fog-penetration technology keeps the picture clear even in low-visibility environments.
Integrated intelligent analytics, including regional intrusion detection, boundary-crossing alerts, multi-scene cruise modes, and 3D frame-selection zoom/positioning—enable automated, precise, and efficient monitoring. An independent defogging and defrosting module guarantees stable visibility by eliminating lens fogging caused by outdoor temperature fluctuations.
Engineered with a low-power, high-reliability architecture, the system is paired with a heavy-duty high precision pan tilt platform that supports customized imaging configurations with high positioning accuracy. The compact industrial design, combined with an IP66-rated protective housing and corrosion-resistant exterior, ensures dependable long-term performance in harsh outdoor environments.
Adopting advanced uncooled microbolometer technology, the camera eliminates the need for cryogenic cooling systems. This reduces system complexity, lowers power consumption to <15W, and enhances long-term reliability. With fewer moving parts, it requires minimal maintenance (annual calibration recommended), making it ideal for continuous 24/7 operation in remote or hard-to-access locations.
Operating in the 8–14μm infrared spectrum, the camera provides superior imaging performance under atmospheric interference. It penetrates smoke, light fog, haze, and dust, maintaining clear situational awareness in low-visibility conditions. This long-wave band is particularly effective for detecting thermal signatures of humans, vehicles, and equipment, even in cluttered environments.
LWIR imaging is independent of external light sources, enabling effective surveillance in complete darkness, bright sunlight, and all weather conditions (rain, snow, dust storms). The camera operates in temperature ranges from -40℃ to 70℃ and withstands humidity levels of 0%–95% (non-condensing). Its IP66-rated housing ensures protection against dust and water, supporting reliable operation in harsh outdoor environments.
Built with a lightweight yet durable structure (starting at 1.2kg), the camera is engineered to withstand shocks, vibrations, and temperature extremes. Its compact size (as small as 150×100×80mm) supports flexible integration into mobile platforms (vehicles, UAVs), towers, and fixed installations. The rugged construction meets military-grade standards (MIL-STD-810G) for durability in demanding operational scenarios.
Equipped with highly sensitive detectors (NETD <50mK), the camera detects even minute temperature differences (as small as 0.05℃), ensuring accurate target recognition and clear thermal contrast. Advanced image processing algorithms enhance edge definition and reduce noise, delivering sharp, detailed imagery that enables operators to distinguish between objects, people, and backgrounds with precision.
Provides reliable 24/7 monitoring along borders, fences, and restricted zones. It detects human movement and vehicles at long ranges (up to 5km for vehicles, 2km for humans) in complete darkness, fog, or dust storms. Real-time situational awareness enhances early-warning systems, strengthening security against illegal crossings, intrusions, and smuggling activities.
Deployed at shorelines, ports, and marine vessels, the camera penetrates haze, humidity, and low-visibility conditions to identify vessels, small boats, and suspicious activities. It supports safe navigation, detects unauthorized maritime traffic, and plays a vital role in anti-smuggling and maritime law enforcement. Its compact design makes it suitable for integration with ship-based surveillance systems.
Installed at airports, oil fields, power plants, industrial sites, and government buildings, the camera provides continuous monitoring of perimeters and critical equipment. It detects abnormal heat signatures (e.g., overheating machinery, electrical faults) and unauthorized intrusions, ensuring the safety of personnel and high-value assets. Proactive surveillance minimizes the risk of sabotage and operational downtime.
Used for early forest fire detection, flood monitoring, and pollution source identification. The camera detects temperature anomalies in forests, rivers, and ecological zones, enabling authorities to respond quickly to wildfires or environmental hazards. Its long-range, non-intrusive imaging supports wildlife protection without disturbing natural habitats.
Integrated into counter-UAS systems, the LWIR camera identifies and tracks drones using their thermal signatures—unaffected by camouflage or lighting conditions. It enhances detection accuracy for low, slow, and small (LSS) UAV threats, supporting effective neutralization in sensitive areas such as airports, military bases, and public events.
Supporting fully customizable controls of every sensor, gimbal function and pan tilt size to your specifications.
