Size and weight are non‑negotiable when integrating an AI module into a rocket‑propelled interceptor drone. The DS071 meets these strict requirements with a bare‑board footprint of just 43mm × 38mm and a weight of only 20.1 ± 5 grams – substantially lighter than many conventional vision processors. This compact AI tracking form factor allows it to slip into even the most space‑constrained airframes, leaving maximum room for propulsion and payload. Power consumption stays under 4 watts, ensuring the module adds negligible drain to the drone’s battery. Consequently, the drone retains its full sprint range and endurance while gaining onboard intelligence. The board runs on a standard 12V DC supply (±2V) and interfaces via a 100M Ethernet port, RS422, UART, and USB 3.0, making integration straightforward. Moreover, the board’s fanless, low‑thermal design operates reliably over a wide temperature range from -20°C to +60°C, which is ideal for high‑altitude daytime flights or rapid mission turnarounds. These attributes make the DS071 not only a UAV payload tracking engine but also a rugged embedded AI vision building block for fixed‑wing drones, multi‑rotors, and small gimbal payloads.

Watch the DS071 detecting low‑cost “aerial motorcycles” in real time:

The DS071 excels at real‑time target tracking, delivering a 120Hz tracking frame rate and ≤1‑pixel tracking accuracy on every cycle. Its AI recognition pipeline, running at 25Hz, can detect and classify people, vehicles, boats, aircraft, and drones even when targets are as small as 20×20 pixels. The module supports multiple detection and tracking modes – centroid, correlation, multi‑target, and intelligent tracking – as well as moving‑target detection, template matching, and centroid search. This versatility makes it equally effective for drone detection tracking against fast‑maneuvering aerial threats and for intelligent gimbal tracking in EO/IR surveillance payloads. Once a target is locked, the board continuously outputs miss‑distance relative to the image center, enabling the flight controller to generate real‑time guidance commands. With support for both visible‑light and infrared single‑ or dual‑channel input, users can switch between sensors on the fly. Video is encoded in H.264 or H.265 and streamed via RTSP, UDP, or RTMP, while a rich OSD overlay embeds crosshairs, tracking information, compass data, and system status directly onto the video feed. The system’s maximum track count of ≤64 targets and tracking speed of ≥64 pixels per frame guarantee that even swarming threats are not overlooked. Below, witness the full intercept sequence in an actual counter‑UAS test: