China Moneypro
MTZ130DC-FNV233T635L000 Tri-axis Dual-light pod
The MTZ130DC-FNV233T635L000 Tri-axis Dual-light Pod is an advanced optoelectronic system designed for medium and small-sized UAVs. It combines an uncooled infrared thermal imager, 33x continuously zoom visible light camera, three-axis servo stabilization platform, and autonomous image processing for automatic target recognition and tracking. This lightweight, highly integrated pod delivers exceptional stability and precision for day and night reconnaissance and surveillance missions. It seamlessly integrates with mainstream Chinese flight control platforms and ViewControlStudio software for rapid UAV system development. The pod detects, identifies, and tracks ground targets around the clock, outputting real-time infrared and visible light video. Ideal for reconnaissance, border patrol, search and rescue, and forest fire prevention operations.
The MTZ130DC-FNV233T635L000 optoelectronic pod integrates an uncooled infrared thermal imager, a 33x continuously zoomable visible light camera, a three-axis servo stabilization platform, and an image processing module capable of autonomous target recognition and tracking. With its lightweight design, high stability and precision, high level of integration, and automatic target recognition and tracking capabilities, the pod is well suited for deployment on small to medium-sized UAVs to perform round-the-clock reconnaissance and surveillance missions over designated target areas.
The pod has been adapted to multiple mainstream flight control platforms in China, enabling seamless integration with flight control systems. It can also interface with our organization’s ViewControlStudio display and control software platform, assisting the overall system integrator in rapidly completing UAV system development.
Using the uncooled infrared thermal imager and visible light camera, the optoelectronic pod detects, identifies, and tracks ground targets day and night, outputting real-time infrared and visible light video for mission personnel to view.
Optical pods of this type are primarily used in applications such as reconnaissance, border patrol, search and rescue operations, and forest fire prevention.
I. Photos of the actual product


Figure 1 Product Image
II. Product Functions
a) Capable of automatically identifying and tracking typical targets.
b) Equipped with self-testing and fault reporting functions.
c) Provides 33× optical zoom for visible light.
d) Supports long-wave uncooled infrared and visible light detection, and can output both infrared and visible light images.
e) Visible light features optical zoom, autofocus, manual focus, fog penetration, and low-light functions.
f) Infrared sensor supports 1.0× to 4.0× electronic magnification and six pseudo-color switching modes.
g) Possesses three degrees of freedom motion capability: azimuth, pitch, and roll.
h) Offers multiple operating modes, including heading lock, manual search, follow-up, attitude stabilization, and tracking.
i) Able to isolate carrier disturbances and stabilize the line of sight.
j) Supports target locking/unlocking; after locking, the pod outputs an image with a tracking frame.
k) Features automatic target tracking with resistance to natural interference.
l) Includes memory tracking function for rapid target reacquisition after brief loss.
m) Allows adjustment of the gate size.
n) Supports tracking point switching.
o) Enables bidirectional communication with the control station via serial port or 100 Mbps Ethernet (UDP), and can output system working status, camera working status, and optical axis position information.
p) Equipped with HD-SDI (optional) and 100 Mbps Ethernet video interface (RTSP protocol).
q) Provides photo and video recording functions.
III. Mounting Platform
Vertical take-off fixed-wing drones, rotary-wing drones, tethered drones, etc.
IV. Main Technical Parameters
| model | TZ130DC-FNV233T635L000 |
| Infrared thermal imager | |
| Detector type | Uncooled focal plane detector |
| Operating band | 8 m 14 m |
| Detector resolution | 640 512 |
| Pixel size | 12 m |
| Lens focal length | 35mm |
| Field of view | 12.5 10㣨 5% |
| Pseudo-color | 6 types |
| Numbers multiplied | 1.0 4.0X |
| Noise equivalent temperature difference | NETD 50mK |
| Minimum distinguishable temperature difference | MRTD 500mK |
| Visible light camera | |
| resolution | 1920 1080 |
| Response band | 0.4 m to 0.9 m |
| Pixel size | 2.8 m |
| Optical zoom | 33 times |
| Electron Magnification | 2 times |
| focal length | 4.8mm 158mm |
| Field of view | 58.9 33.1 2.4 1.4 |
| zoom mode | Autofocus, manual focus |
| Minimum Illumination | 0.01 Lux |
| Servo Platform | |
| Orientation angle | 360 n (360 continuous rotation) |
| Pitch angle | -110 +90 (positive for upward) |
| Roll angle | -40 +40 |
| Frame corner accuracy | 0.3㣨1ң |
| Stable accuracy | 0.1mrad (1 ) |
| Maximum turning speed | Azimuth 50 /s, Pitch 50 /s |
| Maximum turning acceleration | Azimuth 20 /s2, Pitch 20 /s2 |
| System Indicators | |
| Image tracking | Automatically track selected target |
| AI recognition | Automatic detection and identification of typical targets |
| Rated operating voltage | 24VDC |
| Power supply voltage range | 11V to 36VDC |
| power | Stable power consumption: 30W (peak current 5A when powered on at 24VDC) |
| weight | 1.1Kg |
| volume | 130mm 153mm 188mm |
| interface | |
| Control Interface | RS232/TTL/RS422/100Mbps Ethernet (optional) |
| Video interface | 100Mbps Ethernet (SDI optional ) |
| Storage interface | 128G memory card (Mini SD card) |
| Image format | JPG format |
| Video format | AVI format |
| Arm type | straight arm |
| quick-release type | Without quick release |
| Environmental adaptability | |
| Operating temperature | -20+55 (-40 optional) |
| Storage temperature | -40 60 |
| Vibration conditions | The acceleration is 2g; 30 minutes each in the vertical, horizontal and longitudinal directions. |
| Impact conditions | Peak acceleration 20g, duration 11ms |
| Protection level | Can fly in light rain |
V. Mechanical Dimensions and Installation Interface Diagram


Figure 2 Interface and Dimension Diagram




