Full-Image Thermometric

Imaging (Thermometric)
30X Optical Zoom
Laser Rangefinder
and Photography
Synchronized Zoom
Quick Release
& PX4 (Mavlink)
and High Collaboration
Control Algorithms

Four Sensors, Powerful and Efficient
and wide-angle camera collaborate efficiently to detect heat sources, while measuring distance to targets, capturing clearer pictures, and having a broad view.
High Resolution Thermal Imaging
ZT30 four-sensor optical pod carries a 640 x 512 resolution thermal imaging sensor of 19 mm focal length
and 30 fps frame rate. Vision is wide and far. Video is smooth and clear. Quick and accurate reactions can be taken
as long as abnormal heat source is detected where temperature can be measured by touching on infrared images.

Full-Image Thermometric

Box Thermometric

Point Thermometric

High-Accuracy Laser Rangefinder
Sensitive and reliable, can obtain accurate coordinates in real time in high-risk operation scenarios,
helps command decision-making, and ensures safe operation space.
AI Enhanced Smart Identify and Tracking
collaborate with SIYI optical pods (gimbal cameras) to achieve real-time tracking and capture of targets, and
real-time focusing and zooming to highlight the selected object in the picture.
The target will always be in the center of the picture and maintain a clearly visible proportion of the picture.
It supports the anti-lost function. During the following process, if the target is blocked or briefly leaves the monitoring screen,
the AI tracking module can automatically recognize and continue tracking when it re-enters the monitoring screen.

Professional Comprehensive UAV Imaging System
ZT30 also has a wide-angle camera with 2K resolution, providing an unprecedented wide view and
panoramic shooting capabilities. The scenery is clear, the algorithm is fast and accurate, and the viewpoint is
automatically focused, making it easy to produce grand pictures. Silky movement, smooth zoom, distant scenery, now within reach.
*The picture files captured by ZT30 can be written with GPS location information and time attributes

Infrared Zoom

Synchronized Zoom

Video Split-Image

Point To Focus

Focus Tracking
Gimbal Motion Mode
When the gimbal is installed at an angle of 90 degrees to the horizontal plane, it will automatically enter the nose mode, which is convenient for installation on the nose position of the fixed-wing drone to achieve a friendlier installation angle and a wider field of view.
Horizontally, gimbal follows when aircraft rotates.
Gimbal rotates simultaneously as aircraft rolls to get FPV view,
and output enhanced stable images.
Horizontally, gimbal does not follow
when aircraft rotates.
High Accuracy and High Collaboration Control Algorithms
IMU Calibration Algorithms
factors such as zero bias, scale factor, inter-axis error, temperature drift, noise, etc., greatly
improve the measurement accuracy of IMU, and improve the stability of the gimbal
in large temperature differences, wide margin steering, and strong vibration environments.
Attitude Fusion Algorithms
obtain the pitch angle, roll angle, and yaw angle of the gimbal through mathematical
models and filtering algorithms, and fuse this information to effectively improve system performance, stability, and robustness.
Industry-Level 3-Axis Stabilization Algorithms
PID controllers, motors, and magnetic encoders to achieve gimbal attitude
stabilization control and continuously output stable high-definition video images during motion.
High-Precision FOC Motor Control Algorithms
thereby achieving decoupling control of the brushless motor and greatly reducing picture jitter.











