Advanced Three-Axis Gimbal Camera Featuring 60X Hybrid Zoom and Thermal Imaging

• Customization: Available
• Technology: Infrared
• Style: Zoom Lens
• Model NO.: FLYIR-M-230-3-T-POD
• Type: IP Camera
• Sensor: CCD
• HDMI Format: AVI
• Horizontal Resolution: 650tvl
• Kind: Auto Focus, Manual Focus
• Certification: ISO9001: 2000
• Feature: Waterproof / Weatherproof, High Definition, Mini Size, Vandal-proof, Auto BLC
• Effective Distance: ≧30m
• Sensor Size: 1/3 inch
• Remote Control: With Remote Control
• Visible Camera: 2m Pixel 30X Optical Zoom 60X Hybrid Zoom
• Visible Camera Fov Focal Length: 63.7deg X 35.8deg - 2.3deg X 1.3deg
• Cooled Thermal Imaging Camera: 640×512 20mm -275mm Continuous Zoom 15μm
• Laser Range: 20 - 6000m
• Power Supply: 20-32V
• Weight: 9.1kg
• Size: 254mm×294mm×349mm
• Transport Package: Box
• Specification: 500MM*500MM*500MM
• Trademark: FLYIR
• Origin: China
• HS Code: 8525801390
• Production Capacity: 500/Y

Product Description

1. Product Introduction

Introducing the FLYIR-M-230-3-T-POD, a state-of-the-art gimbal camera system engineered for precision and performance. Its core components include:an advanced refrigeration infrared thermal imager, a 30x continuous zoom visible light camera, an efficient laser ranging machine, a cutting-edge three-axis servo-stabilized platform, and sophisticated image processing components. This powerhouse of technology is designed for high precision and extensive operating distances, seamlessly integrating with medium and small unmanned aerial vehicles. It provides unwavering 24-hour security and surveillance in designated target areas.
This versatile gimbal camera excels in detecting, identifying, and tracking ground targets around the clock, day or night. It streams real-time infrared and visible light videos, ensuring comprehensive situational awareness.
Tailored for adaptability, the gimbal camera integrates seamlessly with a range of mainstream domestic flight control platforms. Its compatibility with the ViewControlStudio display and control software platform facilitates rapid development of unmanned aircraft systems, streamlining operations with precision.
Applications include comprehensive security and surveillance, vigilant border patrol, life-saving search and rescue missions, and proactive forest fire prevention, making it indispensable for diverse operational needs.
 

2. Physical Picture

3. Product Functions

a) Efficiently identify and track typical targets with precision.
b) Conduct self-checks and report faults for seamless operation.
c) Utilize a 30x optical zoom for detailed visible light imagery.
d) Deliver high-quality infrared and visible light images.
e) Features include optical zoom, autofocus, manual focus, and capability for low illumination environments.
f) Infrared capabilities include a continuous zoom function, enhancing visibility.
g) Equipped with precise laser ranging technology.
h) Allows free rotation in both azimuth and pitch angles for comprehensive coverage.
i) Supports manual search, servo, attitude stabilization, and tracking functionalities.
j) Receives and executes instructions from the control station with reliability.
k) Stabilizes the line of sight by isolating carrier disturbances, ensuring steady images.
l) Capable of locking and unlocking targets; outputs images with a tracking frame once locked.
m) Auto-tracks targets and efficiently resists interference for consistent monitoring.
n) Memory tracking facilitates rapid reacquisition of targets, enhancing tracking efficiency.
o) Adjusts the size of the wave gate for optimal signal processing.
p) Seamlessly switch tracking points for dynamic target monitoring.
q) Accurately calculates target coordinates utilizing laser ranging and UAV data.
r) Outputs detailed system status, camera working status, and optical axis position via RS232/100Mbps Ethernet to the control station.
s) Features HD-SDI/Hundred Gigabit Network output interface for superior data transmission.
t) Capabilities include high-resolution photo taking and video recording for detailed documentation.

4. Mounting Platforms

Compatible with various platforms including dropped fixed-wing drones, rotary-wing drones, and tethered drones, ensuring versatility in deployment.

5. Main Technical Parameters

Model	FLYIR-M-230-3-T-POD
Infrared Thermal Imager
Detector Type	Uncooled Focal Plane Detector
Working Waveband	3μm~5μm
Detector Resolution	640×512
Pixel Size	15μm
Lens Focal Length	20mm ~ 275mm continuous zoom
Field of View	27°×21.7°~2°×1.6°
Noise Equivalent Temperature Difference	NETD≤20mK
Minimum Resolvable Temperature Difference	MRTD≤180mK
Visible Light Camera
Resolution	1920×1080
Pixel Size	2.8μm
Optical Zoom	30 times
Hybrid Zoom	60 times
Focal Length	4.3mm~129mm
Field of View Angle	63.7°×35.8°~2.3°×1.3°(±5%)
Zoom	Auto focus, manual focus
Minimum Illumination	0.01Lux(Black and white)
Laser Ranging Machine
Maximum Ranging Distance	≥6km (under the condition of visibility ≥15Km)
Minimum Ranging Distance	≤20m
Ranging Accuracy	≤2m
Ranging Frequency	1 ~5 Hz
Servo Platform
Pan Angle	360°×n (360° continuous rotation)
Tilt Angle	-120° ~ +90° (positive upward)
Roll Angle	-30°~30°(automatic stabilization)
Frame Angle Accuracy	≤0.1°(1σ)
Angular Position Accuracy	≤1mad(1σ)
Stabilization Accuracy	≤0.1mrad(1σ)
Maximum Angular Velocity	Azimuth≥60°/s, Pitch≥60°/s
Maximum Tracking Angular Velocity	Azimuth≥100°/s, Pitch≥100°/s
System parameters
Image Tracking	Automatically track selected targets
Rated Working Voltage	24VDC
Voltage	20V - 32VDC
Consumption	Stable Power Consumption: ≤60W
Weight	≤11Kg
dimensions	≤254mm×294mm×349mm
Interface
Control Interface	RS422/100 Mbit
Video Interface	HD-SDI/100 Mbit
Storage Interface	≤128G Memory Card (Micro SD Card)
Picture Format	jpg Format
Video Format	avi Format
Environmental Adaptability
Working Temperature	-40ºC~+60ºC
Storage Temperature	-45ºC~+65ºC
Vibration Condition	Acceleration of 2g; 30 minutes in each of the vertical, lateral and longitudinal directions.
Impact Condition	Peak acceleration of 20g, duration of 11ms
Protection Level	Can fly in light rain

6. Mechanical Dimensions and Installation Interfaces