Three-axis UAV electro optical tracking system Small size - HACISE

1.The target detection range of IR camera is up to 4.5KM and the target recognition range is up to 1.2KM(target size 3m*6m).

2.IR camera Resolution up to 640*512.

3.The focal length of IR camera is 35mm.

4.The target detection range of Visible light camera is up to 15KM and the target recognition range is up to 8KM(target size 3m*6m).

5.Visible light camera has an optical zoom is 30X and the digital zoom is 12X.

6.The range of laser ranging is up to 3KM.

2） Feature Brief
1.Provides visible and infrared video and images of the target area

2.The ability to stabilize the visual axis

3.Target tracking and detection capabilities

4.self checking function

5.light weight and small size

6.Support laser ranging

3) Technical Specificas

IR Camera Specifications

Working Spectrum Range: 8～14μm
Probe Resolution Ratio: 640(H)×512(V)
Pixel Size: 12μm
Lens Focal Length: 35mm/F1.0
Horizontal Field Of View (HFOV): 12.5º×10º
Image Display Colorization: Supported
Noise Equivalent Temperature Difference (NETD): ≤50mK@25℃, F#1.0 (≤40mK optional)
Video Output: Ethernet output (1080P 30Hz)
Target Detection Distance: Man (0.5m×1.8m): 1.2KM; Vehicle (3m×6m): 4.5KM
Target Recognition Distance: Man (0.5m×1.8m): 0.4KM; Vehicle (3m×6m): 1.2KM

Visible Light Camera Specifications

Camera Resolution: 1920(H)×1080(V)
Spectrum Range: 0.4μm～0.9μm
Pixel Size: 2.8μm
Optical Zoom: 30X continuous
Digital Zoom: 12X (360X in total) continuous
Focal Length: 4.3mm～129mm
Horizontal Viewing Angle Field of View: 63.7°～2.3°
Focusing System: Auto (normal, low), One-push AF, Manual, Interval AF, Zoom Trigger AF, Focus compensation in ICR on
Minimum illumination: Colour: 0.01 lx (F1.6, AGC on, 1/30 s)
Target Detection Distance: Man (0.5m×1.8m): 6KM; Vehicle (3m×6m): 15KM
Target Recognition Distance: Man (0.5m×1.8m): 2KM; Vehicle (3m×6m): 8KM
Video Output: Ethernet output (1080P 30Hz)
De-Fog: Supported

Servo Performance

Rotation: 360ºXn
Pitch: +10º～-110º
Rolling: -40°～+40°
Angular Accuracy: ≤2mrad
Stabilization Accuracy: ≤100urad (1º) (2°/1Hz, 1°/2 Hz swing)
Max. Angular Speed: 50°/S
Max. Angular Acceleration: 90°/S²

System Parameters

Image Targeting Pixel Deviation Update Rate: 50Hz
Image Tracking Speed: 30 pixel/frame
Re-capture a Lost Target: Ability to automatically recapture the target after short-time occlusion is removed in cloud and ground scenes
Distinguishable Target: 8%
Minimum Detectable Object Size: 4x3 pixels
Feature of Tracking and Targeting: Maintains tracking ability without slip and without loss

Power Supply

Voltage: 12VDC, Acceptable Range: 10VDC～14VDC
Power Consumption: Average ≤15W, Maximum instantaneous power consumption ≤30W

Physical Characteristics

Net Weight: ≤950g
Size: ≤Φ120mm×180mm

Interface

Communication Interface: Ethernet (100MB)*1
Video Interface: Ethernet (100MB)*1
Storage: 64G Flash

Environmental Conditions

Working Temperature: -20℃～60℃
IP Rating: IP67

Q: What is a three-axis UAV electro-optical tracking system?

A: A three-axis UAV electro-optical tracking system is a high-tech imaging and tracking setup mounted on unmanned aerial vehicles (UAVs), which stabilizes and controls cameras across three planes—pitch, yaw, and roll—to ensure precise and stable tracking of subjects or objects.

Q: How does a three-axis system improve UAV tracking capabilities?

A: The three-axis stabilization allows the UAV to maintain a steady focus on moving targets or specific locations despite the UAV's own movements and environmental factors like wind or turbulence, enhancing both image clarity and tracking accuracy.

Q: What applications benefit most from three-axis UAV electro-optical tracking systems?

A: These systems are crucial for applications requiring high precision and stability, such as military surveillance, border patrol, environmental monitoring, and cinematic filming, where dynamic and precise tracking is necessary.

Q: Are there any specific challenges associated with operating a three-axis UAV electro-optical tracking system?

A: Challenges include managing the system's complexity, ensuring compatibility with various UAV models, and handling the data processing requirements needed for real-time tracking and imaging.

Q: What type of maintenance is required for a three-axis UAV electro-optical tracking system?

A: Regular maintenance involves calibrating the stabilization mechanisms, updating software to handle data processing efficiently, and routinely checking the mechanical components to ensure optimal performance during missions.

keywords:HP120T95EOLWIRLRG15、electro optical tracking system

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