Technical Excellence at Its Core

The DAF2 represents a breakthrough in autonomous navigation for unmanned aerial vehicles. Engineered for high-speed target tracking and precision operations, this system integrates sophisticated algorithms including a colorless Kalman filter and proportional navigation system.

Its FPGA hardware-acceleration architecture enables microsecond-level target locking, making it ideal for defense, surveillance, and industrial inspection applications. The system maintains exceptional efficiency with an 85% reduction in power requirements compared to traditional GPU-based solutions.

High-Performance Processing Architecture

Equipped with parallel pipeline video processing, the DAF2 achieves remarkable performance metrics:

• 0ms picture delay — Real-time visual feedback with zero latency
• ≤5ms locking delay — Rapid target acquisition in milliseconds
• 90% improvement — Over conventional CPU/GPU solutions
• ≤2W power consumption — Ultra-efficient operation (3W for DU variant)

Seamlessly integrates with major flight control firmware including BetaFlight, INVA, APM, and PX4, supporting protocols such as CRSF, Sbus, and MavLinkv2.

Available Models

Choose from three variants optimized for different operational requirements:

All variants support tracking speeds up to 90km/h with minimum contrast requirements of just 5%

Versatile Applications

The DAF2 excels across multiple operational scenarios:

• Military Operations — Reliable high-speed target tracking and precision strike capabilities for battlefield scenarios
• Search & Rescue — Visible and infrared camera options enable effective day/night target detection in disaster areas
• Industrial Inspection — Precise infrastructure monitoring for power lines, bridges, and pipelines
• Border Patrol — Long-distance detection capabilities for immediate security threat response
• Wildlife Monitoring — Infrared-enabled variants support non-intrusive habitat observation