The DAF2 UAV Visual Guidance System achieves unprecedented performance through its FPGA hardware-acceleration architecture, delivering 0ms picture delay and ≤5ms total system latency. This represents a 90% improvement over traditional CPU/GPU solutions, enabling real-time target prediction and tracking at up to 90km/h. The core module measures just 38×38×10mm and consumes ≤2W of power—an 85% reduction compared to GPU-based alternatives. Operating across a temperature range of -40°C to 60°C and meeting EMC Level 4 standards, the system ensures reliable operation in the most demanding environments. With support for CRSF, Sbus, and MavLinkv2 protocols alongside compatibility with BetaFlight, INVA, APM, and PX4 firmware, integration into existing UAV platforms is seamless. The visual guidance system also supports operation with or without GPS positioning, providing flexibility for various mission profiles.

The DAF2 system offers three specialized variants tailored to distinct operational requirements. The DAF2 A provides 300m vehicle and 200m person locking distances at 720×576 resolution, ideal for budget-conscious applications. The DAF2 HD extends vehicle detection to 800m with 2560×1440 high-definition resolution and a wider 66°×40° field of view. For comprehensive day/night capability, the DAF2 DU combines visible (800m/400m) and infrared (500m/200m) sensors with dual focal lengths. These variants make the visual guidance system ideal for military surveillance requiring precise strike capability, search and rescue drone operations demanding rapid target acquisition, industrial inspection of critical infrastructure, border patrol with extended detection ranges, and wildlife monitoring utilizing thermal imaging. The system’s 3x digital zoom, 50-60Hz processing rates, and minimum 5×5 pixel tracking capability ensure versatile performance across all scenarios.