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MS230-Q Two-Axle Four-Frame Three-Light Pod

China Moneypro

The MS230-Q Two-Axle Four-Frame Three-Light Pod is an advanced optoelectronic surveillance system designed for medium and small-sized UAVs. It integrates an uncooled infrared thermal imager, 30x continuously zoom visible light camera, laser rangefinder, and servo-stabilized platform with autonomous recognition and tracking capabilities. The system delivers real-time infrared and visible light video feeds for round-the-clock target detection, identification, and tracking. Featuring ultra-high stability accuracy and high-precision target positioning, it seamlessly integrates with mainstream Chinese flight control platforms and ViewControlStudio software. Ideal for reconnaissance, border patrol, search and rescue, and forest fire prevention, the MS230-Q weighs 6.6kg and operates on 24VDC power. Its dual-axis platform provides 360-degree azimuth rotation and -110 to +10 degree pitch control with exceptional tracking accuracy of 0.1mrad, making it an essential tool for comprehensive aerial surveillance missions.

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The MS230-Q two-axis, four-frame, three-light pod mainly consists of an uncooled infrared thermal imager, a 30x continuously zoom visible light camera, a laser rangefinder, a two-axis, four-frame servo-stabilized platform, and image processing components (autonomous recognition and tracking) . It features automatic target recognition, ultra-high stability accuracy, and high-precision target positioning, and can be applied to medium and small-sized UAVs and high-speed UAVs to complete tasks such as reconnaissance, positioning, and surveillance of target areas.

The optoelectronic pod uses an uncooled infrared thermal imager and a visible light camera to detect, identify, and track ground targets around the clock, while simultaneously outputting infrared and visible light video in real time for mission personnel to view.

The pod has been adapted to several mainstream flight control platforms in China, enabling seamless integration with flight control systems; it can also be connected to the ViewControlStudio display and control software platform of our organization, assisting the overall unit in quickly completing the development of the UAV system.

This optoelectronic pod is mainly used in scenarios such as reconnaissance, border patrol, personnel search and rescue, and forest fire prevention.

I. Photos of the actual product

S230-Q  Ŀ

Figure 1 Product Image

II. Product Functions

a) It has the function of automatic identification and tracking of typical targets;

b) It has self-testing and fault reporting functions;

c) It has a 30x optical zoom function for visible light ;

d) Possesses the ability to move with two degrees of freedom: azimuth and pitch;

e) It has multiple working modes such as automatic search , manual search, follow-up, automatic tracking, and favorites;

f) Possesses the ability to isolate carrier disturbances and stabilize the line of sight;

g) It has the function of locking /unlocking targets, and the pod outputs an image with a tracking frame after locking the target;

h) It has an automatic target tracking function, which can automatically track targets and has the ability to resist natural interference;

i) It has a memory tracking function, which allows the target to be recaptured in a short time after being briefly lost;

j) It has the function of adjusting the gate size;

k) It has a tracking point switching function;

l) Possesses high-precision target positioning capabilities;

m) It can communicate bidirectionally with the control station via serial port /100Mbps Ethernet (UDP) and can output information such as system working status, camera working status, and optical axis position;

n) It has a two-axis, four-frame structure;

o) It has multi-target detection capabilities.

p) It has photo and video recording functions;

III. Platform

Vertical take-off fixed-wing drones, rotary-wing drones, tethered drones, etc.

IV. Main Technical Parameters

modelS230-Q
Infrared thermal imager
Detector typeUncooled focal plane detector
Operating band8 m 14 m
Detector resolution640 512
Pixel size12 m
Lens focal length65mm
Field of view6.8 5.4 (error 5%)
Pseudo-color6 types
Numbers multiplied1 4X
Noise equivalent temperature differenceNETD 40mK
Minimum distinguishable temperature differenceMRTD 500mK
Visible light camera
resolution1920 1080
Response band0.4 m to 0.9 m
Pixel size2.8 m
Optical zoom15 times
Electron Magnification2 times
focal length12mm to 185mm
Field of view25 x 14 to 2 x 1
Focusing methodAutofocus, manual focus
Minimum Illumination0.01 Lux
Laser measurement integrated machine
wavelength1064nm
Maximum ranging distance 4km (under conditions of visibility 15km)
Minimum ranging distance 20m
Distance measurement accuracy 2m
Ranging frequency1 5Hz
Laser irradiation30mJ
Servo Platform
Orientation angle360 n (360 continuous rotation)
Pitch angle-110 to +10 (positive for upward)
Angular accuracy 1mrad
Stable accuracy 0.05mrad (1 , 1 /2Hz, 2 /1Hz sinusoidal oscillation)
Tracking accuracy 0.1mrad(1 )
Maximum tracking angular velocity 10 /s
Memory tracking time 3s
Maximum angular velocityAzimuth  60 /s, Pitch 60 /s
Maximum angular accelerationAzimuth  10 /s2, Pitch 10 /s2
System Indicators
Image trackingAutomatically track selected target
Rated operating voltage24VDC
Power supply voltage range20V 32VDC
powerStable power consumption:  160W (excluding load)
weight 6.6Kg
volume 230mm 211mm 326mm
interface
Control InterfaceRS422
Video interface100M network
Storage interface 128G memory card (Mini SD card)
Image formatJPG format
Video formatAVI format
Environmental adaptability
Operating temperature-40 65
Storage temperature-50 70
Vibration conditionsThe acceleration is 2g; 30 minutes each in the vertical, horizontal and longitudinal directions.
Impact conditionsPeak acceleration 20g, duration 11ms
Protection levelProtect from light rain

V. Mechanical Dimensions and Installation Interfaces

S230-Q  Ŀ

Figure 2 Product mechanical dimensions diagram

Stabilization

2-Axis

Key Features

Laser Rangefinder (LRF)

Sensor Configuration

Multi-Sensor (EO+IR+LRF)