Made of lightweight, high-strength materials to ensure sufficient flight stability and durability. The biggest feature of this product is its ability to monitor wildlife in low-light or completely dark environments through thermal imaging cameras. Compared with ordinary cameras, it is more capable of forming images by capturing the thermal radiation of objects. Equipped with a remote operating system, the operator can control the flight of the drone through wireless signals and receive image data in real time. Real-time image transmission allows monitoring personnel to instantly understand the activity status and behavioral changes of wild animals. Thermal imaging images are displayed as hot areas of different colors, and animals with higher body temperatures are easy to distinguish from the surrounding environment.
The working principle is to use thermal imaging cameras to detect infrared radiation emitted by objects, which are generated by the temperature difference of objects. When the radiation captured by the thermal imaging device is contrasted with the temperature of the background environment, a "heat map" can be formed, which can clearly show the location and temperature difference of the heat source. For wild animals, the body temperature of animals is usually higher, and they will appear as obvious warm areas in the heat map, especially at night, when the temperature difference between the heat of wild animals and the surrounding environment will be more significant, making it easier to identify.
Drone Advantages
Reduce Human Interference
Traditional wildlife monitoring often requires researchers to enter animal habitats, which can easily disturb the natural behavior of animals. Thermal imaging drones can monitor animals without touching them, reducing interference with their living habits.
Covering A Large Area
Compared with traditional ground monitoring, thermal imaging drones can cover a wider area, especially in remote and hard-to-reach places such as deep mountains, jungles and swamps. When flying, drones can quickly and efficiently monitor large areas.
Accurate Data Collection
Thermal imaging drones can provide accurate data on animal locations, activity trajectories, and habitat changes. Researchers can rely on this data to conduct detailed ecological analysis and assist in decision-making and protection measures.
Product Parameters
| Drone Weight | 3.5kg | Target Tracking | Automatic / Manual |
| Transmitter Weight | 4kg | Target Recognition | Automatic (Neural Network Deep Learning) |
| Flight Time | 45min | Find Target Distance | 800m (2.3mx2.3m Target) |
| Voyage | 150km/h | Target Gps Location | Accuracy 30m |
| Flight Radius | 15km | Uav Powered Mode | Electric Propeller (Only One, No Noise) |
| Flight Altitude | 400m | Uav Landing Mode | Parachute |
| Data Link Band | L band (stronger anti-interference ability) | Means Of Transport | Backpack |
| Airplane Mode | Remote control flight/autonomous flight | Size | 792mmx116mmx116mm (Length X Width X Height) |
Application
It is particularly suitable for monitoring and protecting endangered species, such as giant pandas, snow leopards, rhinos, etc. The habitats of these species are usually remote and difficult to access. Through thermal imaging drones, researchers can track these species in real time and reduce human interference. It can fly over the protected area to monitor whether there are illegal hunting activities in real time, and use thermal imaging technology to promptly detect night or hidden hunters, and assist law enforcement officers to respond quickly.
Thermal imaging drones can be used for large-scale population surveys. Through efficient flight and monitoring, the distribution of wildlife populations can be quickly obtained to help formulate effective protection measures. Through thermal imaging technology, the activities of wild animals can be clearly captured during the day or at night, and their presence can be accurately detected regardless of whether the animals are hidden in the grass or behind other obstructions.
FAQ
1.How do thermal imaging drones identify wildlife?
Thermal imaging technology is used to capture the temperature difference between animals and their surroundings. Animals have a higher body temperature than their surroundings, so they appear as distinct warm areas in thermal imaging images. By analyzing these heat maps, operators can accurately identify and track the location of wildlife.
2. How long can a thermal imaging drone fly?
It usually depends on the battery capacity and the design of the drone. Generally speaking, common drones have a flight time of 20 to 40 minutes, and some high-performance drones can reach 1 hour or more.
3. In what environments can thermal imaging drones be used?
It can be used in various weather and environmental conditions. It is particularly suitable for environments with poor visible light conditions such as rainy days, haze, dense forests, and nighttime.
4. How do thermal imaging drones help anti-poaching efforts?
It can detect the activities of illegal hunters at night or in poor visibility. Drones can fly over protected areas and transmit thermal images in real time to help law enforcement officers locate suspicious activities and people.
5. What is the monitoring range of thermal imaging drones?
Generally speaking, thermal imaging drones can cover areas of hundreds of square meters, and some high-performance drones can cover larger areas, making them particularly suitable for large-scale wildlife monitoring and ecological assessments.
Hot Tags: thermal drone for wildlife, China thermal drone for wildlife manufacturers, suppliers, factory, Cooled Thermal Camera System, Telescope Infrared Night Vision, Cooled Camera Modules, Cooled Thermal Cores, Thermal Scope Hunting, Handheld Thermal Imager