The DS063pro exceeds expectations when tasked with real‑time target tracking in dynamic environments. It comes equipped with a suite of algorithms, including centroid, form‑center, correlation filter, multi‑target, and intelligent tracking. In turn, this allows it to adapt to diverse mission profiles without manual intervention. Notably, the board achieves a remarkable 120Hz tracking refresh rate with sub‑pixel accuracy. Therefore, even small or fast‑moving targets remain locked. Users can select from multiple target locking methods, such as point selection, box selection, or automatic ID‑based lock‑on. Consequently, this provides flexibility during manual and autonomous operations. Moreover, the module supports up to 64 simultaneous targets—a critical capability for complex scenes where a single target may be obscured. Additionally, this embedded tracking board outputs miss‑distance information relative to the image center. Hence, downstream systems can adjust gimbal angle or flight path in a closed control loop. Transitioning between visible and infrared video inputs is seamless, thanks to command‑based channel switching that maintains tracking continuity. The onboard AI chip runs detection models at a 25Hz recognition rate. Furthermore, it allows deployment of custom models via the SpeedDP platform. Thus, users can train the system for specific objects like a particular aircraft model or marine vessel. The board handles high‑speed maneuvers with ease. For instance, its minimum detectable target is just 2×2 pixels in centroid mode. Notably, tracking speed exceeds 64 pixels per frame, so it never loses lock. The low power consumption of less than 6W further accommodates battery‑limited platforms. As a result, this AI video tracking board is ideal for UAV payloads and portable surveillance gear.

UAV AI tracking demands lightweight, fast processing, and seamless integration with flight control systems. In that regard, the DS063pro weighs just 24.6 grams and connects via UART and Ethernet. It delivers real‑time target data and an RTSP video stream for ground station monitoring. Its 100M Ethernet port enables low‑latency video transmission. Meanwhile, OSD overlay can display critical telemetry—target box, crosshair, compass heading, and GPS coordinates—directly on the video feed. For gimbal‑based payloads, the board’s support for serial control and miss‑distance output allows direct coupling to gimbal motors. Consequently, this enables closed‑loop tracking without external controllers. Additionally, the board accommodates both visible and thermal imaging sensors. Therefore, operators can switch between day and night modes depending on mission requirements. The SpeedDP AI development platform further extends the board’s utility by enabling custom model training and one‑click deployment. As a result, the DS063pro becomes a flexible, user‑programmable embedded tracking board. It can recognize unique targets such as specific drone models or vehicle types. Moreover, onboard recording and FTP file access provide post‑mission analysis, and electronic zoom (up to 16x) aids in long‑range identification. Its support for up to 64 tracked targets and multiple algorithm modes ensures robust performance in crowded airspace or urban settings. The embedded tracking board also features a compact 55mm×40mm footprint. Hence, it can be integrated into existing gimbal housings with minimal redesign effort. The board withstands harsh aerial environments, operating from –20°C to +60°C and accepting a wide input voltage of 9‑36V. Ultimately, this AI video tracking board acts as the intelligent core of modern UAV payloads. It closes the loop between detection, tracking, and response.