Source：Shenzhen Kai Mo Rui Electronic Technology Co. LTD2026-05-21
With the rapid development of the low-altitude economy, UAV pods are evolving toward all-weather operation, high precision and multi-functionality. As a core technology breaking the constraints of light conditions and harsh environments, thermal imaging has become a key driver for pod upgrading. The KC-2R06C-9 infrared thermal imaging core launched by Kaimorui features high resolution, lightweight structure and outstanding environmental adaptability. It endows UAV pods with beyond visual range perception capability, achieving in-depth application in power inspection, emergency rescue and other scenarios, and redefining the efficiency and operational scope of aerial missions.
Dual Breakthroughs in Lightweight Design and High-Precision Imaging
Equipped with a vanadium oxide uncooled detector, this core component operates stably without complex refrigeration units, effectively cutting down the overall size and power consumption of UAV pods. Weighing merely 23 grams, it can be easily integrated into various compact UAV pods without compromising flight endurance and maneuverability.
In terms of imaging performance, it adopts 640×512 high resolution, 12μm pixel size and delivers high sensitivity with NETD lower than 40mK (F#1.0), enabling accurate detection of tiny temperature differences as low as 0.1℃ and presenting microscopic-level thermal imaging details. It can clearly identify subtle corrosion on transmission lines, hidden overheating of equipment connectors and heat sources concealed in vegetation.
Supporting detection within the 8-14μm infrared band, it penetrates darkness, smoke, rain and fog. Built-in intelligent image processing algorithms and automatic correction functions optimize image contrast in real time and eliminate noise interference, ensuring stable and accurate thermal image data output in a wide temperature range from -40℃ to 80℃.
All-Weather Hidden Fault Inspection to Secure Power Grid Safety
Routine inspection of power lines and equipment is essential for grid safety. Traditional manual inspection is inefficient and fails to detect latent faults such as insulator cracks and oxidation of wire contacts. UAV pods integrated with KC-2R06C-9 realize all-weather long-distance patrol inspection. The thermal imaging system quickly pinpoints abnormal heat spots, even minor temperature rises caused by increased line resistance, and generates temperature distribution heat maps, providing intuitive fault diagnosis references for maintenance staff.
It effectively reduces inspection blind spots in complex terrains and nighttime environments, greatly boosting inspection efficiency and eliminating safety hazards of high-altitude manual operations.
Penetrate Complex Environments to Seize Golden Rescue Time
Traditional search and rescue operations are severely hindered by ruins and darkness in disaster-stricken areas such as earthquake and landslide sites. Boasting superior penetration performance, the KC-2R06C-9 serves as a core life detection device for UAV pods. During earthquake rescue missions, UAVs fitted with this core can rapidly survey ruin areas and locate survivors in a short time, seizing precious golden rescue time. Simulation tests prove that UAV pods equipped with this thermal core greatly improve search and rescue efficiency and lower operational risks for rescuers.
Expand Intelligent Application Scenarios to Empower Low-Altitude Economy
In UAV pod systems, this thermal core can be deeply integrated with visible light cameras, laser rangefinders and AI recognition algorithms. It supports fused display of thermal and visible light images, as well as automatic identification and tracking of targets including personnel, vehicles and equipment, drastically cutting manual interpretation costs.
Thanks to its lightweight design, high imaging accuracy and strong environmental adaptability, the KC-2R06C-9 is set to be a preferred core component for diverse intelligent pod solutions. Through continuous technological upgrading and scenario-oriented optimization, it keeps breaking operational limitations and injects powerful thermal perception momentum into the high-quality development of the low-altitude economy.
In UAV pod systems, this thermal core can be deeply integrated with visible light cameras, laser rangefinders and AI recognition algorithms. It supports fused display of thermal and visible light images, as well as automatic identification and tracking of targets including personnel, vehicles and equipment, drastically cutting manual interpretation costs.
Thanks to its lightweight design, high imaging accuracy and strong environmental adaptability, the KC-2R06C-9 is set to be a preferred core component for diverse intelligent pod solutions. Through continuous technological upgrading and scenario-oriented optimization, it keeps breaking operational limitations and injects powerful thermal perception momentum into the high-quality development of the low-altitude economy.
+8613798538021