I. Visible light technology:
Visible light camera is the most basic imaging equipment in the pod. It uses natural or artificial light sources to capture the visible light image of the target object. Under daylight or weil-iit conditions, the visible light camera can provide high resolution and colorful images to help the UAV accurately identify and locate the target.
Two: thermal imaging technology
Thermal imaging uses the infrared radiation of the target object for imaging, which is not limited by photoelectric light conditions and can work at night or in bad weather.
Thermal imaging can show the temperature distribution of the target object, helping drones to detect hidden targets or heat sources, and improve detection and monitoring efficiency.
Three: Wide Angle technology
Wide-angle cameras have a larger field of view and can capture a wide range of views, which is useful in scenarios where large-scale surveillance or search is needed, such as forest fire monitoring and border patrols.
Four: Tethered ranging technology
Laser rangefinder uses laser beam to measure the distance between the target object and the UAV, which has the characteristics of high accuracy and fast speed.
Laser rangefinder can provide accurate distance information for the UAV, assist accurate navigation and positioning, and can also be used for target tracking and ranging tasks.
Technical Features and Advantages:
1.High Integration: The quad-light pod integrates visible light, thermal imaging, wide-angle, and laser ranging technologies, achieving a multifunctional integrated design that enhances the drone's reconnaissance and measurement capabilities.
2. Strong Adaptability: The pod can adapt to various lighting conditions and weather situations, functioning normally day or night and in adverse weather.
3. High Precision: Taisi ranging technology provides precise position information for the drone, improving navigation accuracy.
4. Good Stability: The pod employs advanced anti-shake technology, effectively isolating disturbances from the drone's body, maintaining stable line of sight, and ensuring image stability and clarity.
application area
Lightweight pods can be widely applied in military reconnaissance, border patrols, disaster monitoring, environmental monitoring, agricultural assessment, and other fields. In military reconnaissance, the pod can provide comprehensive battlefield images for drones, helping commanders make accurate decisions.
For disaster monitoring, it can be used to monitor scenarios such as fires and floods. In agricultural assessment, it can monitor crop growth and pest outbreaks, providing data support for agricultural production. In summary, the four-light (visible light + thermal imaging + wide-angle + laser rangefinding) pod, as one of the key payloads for drones, integrates multiple advanced technologies to offer comprehensive and precise reconnaissance and measurement capabilities.
With the continuous development of drone technology and the expansion of application areas, the four-light pod will play an important role in more fields.
Currently, the market for four-light pods shows a trend of competition and development among domestic and international companies.
Domestic companies have achieved significant results in research and development, manufacturing, and marketing, but still lag behind advanced foreign enterprises. In the future, domestic companies need to increase R&D investment, improve product performance, and enhance cooperation and exchange with international leading enterprises to jointly promote the innovative development of lightweight pod technology.
