Tri-light Pocket Gimbal Camera
- UnbTek
- Beijing, China
- 30 days
- 100 sets/week
The light pocket gimbal with EO, IR and LRF sensors is specially designed for miniature/suiside UAVs or guided missles that require target tracking servo camera systems with limited size. The IR and RGB cameras realize digital zooming in both day and night that can help users recognize target from up to 1000 m away. The tri-axis small pod is suitable for a wide variety of applications such as surveillance, border defence, or suicide drones.
Tri-light Pocket Gimbal Camera
(MT360)
Introduction
The tri-light Pocket Gimbal Camera is specially made for miniature suicide drones who'd like to have longer flight duration while equiping vision modules for surveillance or may be destroying the target.
The IR and EO cameras inside with prime lens help to save much space comparing to optical zooming lens while maintaining good imaging capability through digital zooming smoothly switching between them.
Features
Quick disassembly structure, easy to install
Support for heading full angle range (360) rotation
Light in weight (385g)
Electronic stabilization and tracking
With AI pedestrian and vehicle identification function
Dimensions
Parameters
System specification | |
System type | Gyro stability |
Weight | ≤385g |
System characteristics | |
Platform type | Triple-axial |
Pitch | -100°~+100° |
Roll | -45°～+45° |
Yaw | n×360° |
Max angular velocity | ≥100°/s |
stabilization precision | 0.1mrad(1°/2HZ) |
Motor encoder accuracy | ≤0.3° |
Electro-Optic | |
Resolution | 1920×1080@60fps |
FOV | 54.5°×32.3° (5.4mm) |
Thermal IR | |
Resolution | 640×480@60fps |
FOV | 18.1°×13.6° (24mm) |
Target tracking | |
Frame rate | 60Hz |
Tracking speed | pixel/frame@60fps |
Laser Ranging | |
Measuring | 3km(±1m) |
System interface | |
Control interface | RS232/TCP |
Video output | network |
Power supply | |
Supply voltage | 12～28V |
Power consumption | Av≤10,Max≤20W |
Environmental conditions | |
Operating temperature | -20℃～+60℃ |
Storage temperature | -50℃～+70℃ |
