The integration of an EO camera with 5× optical zoom and 20× hybrid zoom sets this thermal laser rangefinder gimbal apart from conventional single-sensor gimbals. It includes a 256×192 resolution thermal imager and a high-precision laser rangefinder. During daylight, the visible-light sensor captures full HD 1080p video at 50 fps. The wide 91.8° field of view allows operators to survey vast areas quickly. Meanwhile, when darkness falls or adverse weather reduces visibility, the uav thermal imaging camera seamlessly takes over. It detects heat signatures with a 24.8° field of view. The high sensitivity of this uav thermal imaging camera ensures clear detection of warm objects. Therefore, the DX2 provides consistent situational awareness around the clock. Additionally, the laser rangefinder continuously updates distance readings. These readings are overlaid on the video feed via the rich OSD. This feature is indispensable for tasks like inspecting power lines, measuring building distances, and monitoring forest fires. Moreover, the micro gimbal payload’s 3-axis stabilization mechanism achieves an accuracy of 0.1 mrad. It eliminates vibrations and enables sharp images even at maximum zoom. As a result, the payload can track a moving vehicle from a safe standoff distance while keeping the target centered in the frame. For instance, law enforcement agencies can use this drone target tracking capability to monitor suspect movements without direct engagement. Consequently, this drone target tracking system provides a decisive tactical edge. Furthermore, the all-in-one design eliminates the need for multiple separate payloads. This simplifies installation and reduces downtime. The DX2’s metal housing ensures robust operation in temperatures ranging from -20°C to +55°C. In conclusion, this rugged construction extends the operational lifespan of the equipment.

The DX2’s on-board AI engine enables reliable drone target tracking for both vehicles and humans. This feature is critical for security, search and rescue, and tactical reconnaissance. This micro gimbal payload employs deep learning algorithms to recognize and lock onto designated targets. It adjusts the gimbal’s pan, tilt, and roll axes automatically to keep the subject in view. Additionally, the system provides real-time feedback via the OSD. It displays target coordinates, speed, and distance obtained from the laser rangefinder. As a result, operators can make informed decisions quickly. Another advantage of the DX2 is its hybrid tracking capability. When the target moves into a shadow or blends into background clutter, the uav thermal imaging camera ensures continuous lock by detecting thermal contrast. Consequently, even at night or through light smoke, the payload maintains target lock. For forest fire monitoring, drone target tracking allows the payload to follow the leading edge of a fire line. It provides real-time data to incident commanders. Similarly, in law enforcement scenarios, the micro gimbal payload can track a suspect vehicle from a high altitude. It documents its movements without alerting the driver. Furthermore, the integration of the laser rangefinder with target tracking enables the calculation of moving target velocity. This is a valuable metric for threat assessment. After the mission, the recorded video with OSD data can be reviewed for detailed analysis. The MP4 storage format and RTSP streaming facilitate this review. Moreover, this thermal laser rangefinder gimbal supports flexible control via UART TTL and optional SBUS. It is compatible with popular autopilot systems like Pixhawk and ArduPilot. In summary, the DX2 sets a new standard for compact, multi-functional payloads.