UAV Navigation integrates ATMOSPHERE Iridium terminal into VECTOR autopilot system
Summary Points:
- The integration enables secure, low-latency BVLOS command and control.
- System supports autonomous operations with two-way communication for mission updates.
- Designed for defense, security, and industrial UAV applications requiring resilient connectivity.
MADRID - UAV Navigation-Grupo Oesía, a developer of flight control systems for uncrewed aerial vehicles (UAVs) in Madrid, has completed the integration and validation of ATMOSPHERE’s Iridium terminal into its VECTOR family of flight control computers.
The integration, tested under real flight conditions, demonstrated strong performance, low latency, and robust communication capabilities designed to enhance UAV operations across a range of missions.
ATMOSPHERE’s Iridium terminal provides secure and resilient connectivity and has been integrated into UAV Navigation-Grupo Oesía’s system through serial communication (RS-232). The addition enables reliable command and control (C2) beyond visual line of sight (BVLOS).
Trial results
During recent flight trials, the communication link remained stable and uninterrupted, with telemetry comparable to traditional radio systems. In combination with the VECTOR autopilot’s autonomous operation capabilities, the integration supports two-way communication for mission updates and dynamic re-tasking, expanding options for BVLOS operations.
UAV Navigation-Grupo Oesía said the development enhances operational safety, flexibility, and system interoperability, allowing integration with a wider range of communication infrastructures and mission profiles. Leveraging Iridium’s global coverage and low-latency service, UAV operators can maintain reliable control in remote areas, over oceans, or in contested environments where radio links may be disrupted.
The company said the advancement is particularly relevant for defense, security, and industrial applications where BVLOS operations and communication integrity are critical.