UAV Navigation–Grupo Oesía has launched the VECTOR-300, a high-performance autopilot designed specifically for the mass production of loitering munitions and C-UAS interceptors.
The system addresses the industrial requirements of attritable unmanned aerial systems by combining advanced guidance, navigation, and control capabilities with a design optimized for large-scale manufacturing. By reducing technical complexity, the architecture allows for agile production while maintaining consistent performance across high-volume deployments.
Engineered for terminal missions and high-dynamic interception, the VECTOR-300 provides strike-to-target precision with bullseye-level accuracy. The autopilot supports the direct integration of AI-based target identification and optical data into its autonomous loops, which facilitates the engagement of both static and dynamic targets. This setup allows the system to adapt trajectories in real-time during pursuit and terminal phases.
To ensure mission continuity in electronic warfare scenarios, the hardware is designed to operate in GNSS-denied environments. The navigation core utilizes advanced inertial algorithms and multi-sensor fusion to resist jamming, spoofing, and meaconing. It can also be paired with proprietary visual navigation systems to improve dead-reckoning accuracy when satellite signals are unavailable.
The VECTOR-300 builds on the existing VECTOR autopilot family, incorporating established capabilities such as fully autonomous mission execution, swarming, and formation flight. It also supports 4D trajectory management for time-sensitive target arrival, high-dynamic maneuvers, and manned-unmanned teaming operations.
The open and modular architecture ensures interoperability with third-party platforms and sensors through integration with VECTOR-MCC. This design choice enables the inclusion of autonomous decision-making software, allowing platforms to adapt to evolving concepts of operation. The system is intended to align with global defense industrial strategies by offering a scalable and resilient solution for modern unmanned systems programs.
Learn more about UAV Navigation’s technology at Xponential 2026, May 12-14, Detroit, Booth 16036.
