Products
Airborne EO IR Systems
Core technology advantages
Airborne Adaptive Design:
The lightweight, compact structure adapts to various aircraft payloads, allowing for easy installation without compromising flight performance.
Anti-interference Stable Imaging:
Equipped with anti-vibration and anti-air interference technologies, it delivers stable, clear images even at high altitudes.
Dual-band Collaboration:
Seamlessly switches between visible light and infrared, preserving details during daytime and ensuring detection in complex environments, eliminating blind spots in mid-air imaging.
Fast Target Lock:
Integrated high-altitude target tracking algorithms enable rapid acquisition and lock-on to moving targets, preventing mid-air tracking loss.
Product Specifications
| Parameter Category | Index Item | Specific Parameter Requirements |
|
|
Azimuth | ≥60°/s |
| Pitch | ≥60°/s | |
Maximum Angular Acceleration of Rotation |
Azimuth | ≥100°/s² |
| Pitch | ≥60°/s² | |
| Rotation Range | Azimuth | 360° continuous rotation, left as negative and right as positive |
| Angle Reporting Accuracy & Resolution | / | Resolution: ≤1 mrad (milliradian) |
| Stable Accuracy | / | ≤0.1 mrad (milliradian) |
working principle
Dynamic Signal Acquisition
The visible light module captures high-altitude optical signals, while the infrared module collects target thermal radiation, adapting to dynamic flight scenarios.
Anti-interference Signal Processing
Anti-shake and noise reduction technologies address interfering signals during flight, improving image stability and clarity.
Target Positioning and Tracking
The system uses aircraft position data to locate the target and simultaneously drives the camera to track the moving target in real time.
Real-time Data Transmission
Processed images and target data are transmitted back to the ground control platform in real time via a wireless link.
Application Areas
●Aerial Reconnaissance and Surveillance:
Mounted on drones/reconnaissance aircraft, it provides high-altitude surveillance of borders and forested areas to detect illegal activities or unusual movements.
●Emergency Search and Rescue:
Provides high-altitude imaging at disaster sites (earthquakes, floods), piercing smoke and darkness to locate trapped individuals and guide rescue efforts.
●Aerial Traffic Inspection:
Used for high-altitude monitoring of highways and urban traffic to detect congestion and accidents and assist with traffic flow management.
●Forestry and Environmental Monitoring:
Provides high-altitude monitoring of forest fires, vegetation changes, or pollution sources to quickly detect ecological anomalies and issue early warnings.
FAQ
1.Is the system light enough for small drones?
Yes. It has a lightweight design, with models suitable for small drones without overloading.
2.Can it work stably during high-speed flight?
Yes. It has anti-vibration and anti-interference tech, ensuring stable imaging even at high speed.
3.How far can it transmit images to the ground?
It supports long-distance wireless transmission, covering the typical operating range of the aircraft.
4.Does it need special training to operate on aircraft?
No. It has a user-friendly interface, and basic aircraft operation knowledge is enough to use it.
5.Can it resist rain or snow during airborne operations?
Yes. It has waterproof and dustproof design, suitable for airborne use in rainy/snowy weather.
6.Can it track multiple targets at the same time in the air?
Yes. Advanced models support multi-target tracking, locking multiple ground/air targets simultaneously.
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