This FPV AI Locking System delivers impressive technical performance with a tracking speed of up to 140 km/h and a data refresh rate of 50 Hz. The advanced AI tracking algorithms enable the module to detect targets with a minimum contrast ratio of just 5%, ensuring reliable locking even in challenging visibility conditions. Target size detection ranges from 16×16 to 128×128 pixels, providing flexibility for various tracking scenarios. One of the standout features is the intelligent target memory function, which retains target information when signals are lost, allowing continuous tracking without interruption. The module communicates with flight controllers through the SH1.0-10P interface and supports analog video transmission via the SH1.0-4P interface. Power requirements are efficiently managed through a 3-pin interface supporting 9V, GND, and 5V inputs. The Mamba 3.3G 2W VTX module operates across an impressive frequency range of 100 MHz to 1000 MHz, with adjustable settings between 50-1020 MHz, ensuring compatibility with various operational requirements.

The FPV AI Locking System excels in anti-interference performance, making it the ideal solution for drone operations in complex electromagnetic environments. By combining image contrast technology with sophisticated AI algorithms, the system achieves intelligent target locking that remains stable even when facing significant wireless interference. The dual-module architecture featuring the ESP32 chip and dual SX1276 RF chips provides robust communication resilience. Internal computing capability means the drone tracking system operates independently of external signal dependencies, maintaining continuous target monitoring during signal interruptions. Control distance reaches up to 20 km, making this system perfect for long-distance reconnaissance, monitoring, and advanced drone missions. The anti-interference design ensures reliable operation in urban environments, industrial zones, and areas with dense wireless activity. Whether conducting high-speed target tracking of vehicles and vessels or performing complex environment missions with strong electromagnetic interference, this FPV module delivers consistent, dependable performance.