DS071 Compact AI Video Tracking Board – Real-Time Drone Intercept Solution

2026-06-15 0 AI Intelligent Module 1157℃

Low‑cost “aerial motorcycles” and kamikaze drones are proliferating rapidly. Traditional high‑end interceptors now face a critical gap: they are economically unsustainable against these cheap, mass‑produced threats. Consequently, engineers are turning to equally affordable countermeasures. Small, rocket‑powered interceptor drones can autonomously lock onto and destroy incoming targets. At the heart of this new strategy lies the DS071 Compact AI Video Tracking Board. As a compact AI tracking module, it delivers precise real‑time target detection, recognition, and tracking. Its ultra‑lightweight form factor is ideal for space‑constrained platforms. Powered by the RV1126B AI vision processor with a 3TOPS NPU, the board fuses a high‑frame‑rate global shutter camera with advanced algorithms. For instance, it instantly identifies and follows threats like fixed‑wing drones, quadcopters, and even small boats or vehicles. Unlike general‑purpose computing platforms, the DS071 is engineered for mission‑critical UAV payload integration. Moreover, it suits intelligent gimbal systems and compact embedded AI vision equipment where every gram counts. The board outputs miss‑distance data directly to a flight controller. This closes the loop between detection and interception. Therefore, low‑cost rocket drones can execute high‑speed autonomous engagements. As scalable counter‑UAS demand grows, this AI video tracking board redefines what is possible on small, power‑constrained platforms.

DS071 Compact AI Video Tracking Board – real-time embedded AI tracking module

DS071 Compact AI Video Tracking Board: Lightweight and Low‑Power Architecture

Size and weight are non‑negotiable for rocket‑propelled interceptor drones. The DS071 meets these strict requirements easily. Its bare‑board footprint is just 43mm × 38mm, and weight is only 20.1 ± 5 grams. This is substantially lighter than many conventional vision processors. Consequently, this compact AI tracking form factor slips into even the most space‑constrained airframes. It leaves maximum room for propulsion and payload. Power consumption stays under 4 watts. Therefore, the module adds negligible drain to the drone’s battery. The drone retains full sprint range and endurance while gaining onboard intelligence. The board runs on a standard 12V DC supply (±2V). It interfaces via 100M Ethernet, RS422, UART, and USB 3.0, making integration straightforward. Moreover, the fanless, low‑thermal design operates reliably from -20°C to +60°C. This wide range is ideal for high‑altitude daytime flights or rapid mission turnarounds. Clearly, the DS071 Compact AI Video Tracking Board serves as a UAV payload tracking engine. It also functions as a rugged embedded AI vision building block for fixed‑wing drones, multi‑rotors, and small gimbal payloads.

Compact AI tracking board DS071 with global shutter camera and M12 lens

Real‑Time Target Tracking and AI Detection Capabilities

The DS071 Compact AI Video Tracking Board excels at real‑time target tracking. It delivers a 120Hz tracking frame rate with ≤1‑pixel accuracy on every cycle. Meanwhile, its AI recognition pipeline runs at 25Hz and can detect people, vehicles, boats, aircraft, and drones. Targets as small as 20×20 pixels are identifiable. The module supports multiple tracking modes: centroid, correlation, multi‑target, and intelligent tracking. It also offers moving‑target detection, template matching, and centroid search. This versatility makes it effective for drone detection tracking against fast‑maneuvering aerial threats. In addition, it works well 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. This data enables the flight controller to generate real‑time guidance commands. The board supports visible‑light and infrared single‑ or dual‑channel input. Consequently, users can switch between sensors on the fly. Video is encoded in H.264 or H.265 and streamed via RTSP, UDP, or RTMP. A rich OSD overlay embeds crosshairs, tracking information, compass data, and system status directly onto the video feed. Moreover, the system handles up to 64 targets simultaneously and tracks at ≥64 pixels per frame. Therefore, even swarming threats are not overlooked. Below, witness the full intercept sequence in an actual counter‑UAS test: