November 24, 2025 (Global) – UAVOS has successfully demonstrated advanced swarm control and coordination capabilities for its unmanned aerial systems (UAS), completing a series of group flight tests that showcased the performance of its new swarm-control autopilot module. The tests highlight the company’s progress in enabling coordinated, autonomous operations among multiple fixed-wing aircraft.
“These tests demonstrate the maturity of our flight-control algorithms and the reliability of our swarm technology. By delivering precise coordinated control, this solution enhances efficiency, reduces operator workload, and paves the way for collaborative autonomous missions across various applications,” said Aliaksei Stratsilatau, CEO of UAVOS.
During the demonstrations, several Borey fixed-wing UAS flew in tightly coordinated formations, automatically maintaining relative positions, altitude, and spacing while executing joint maneuvers. The autonomous control algorithms enabled continuous data exchange between the aircraft, facilitating real-time adaptation to dynamic conditions and shared situational awareness across the networked group.
UAVOS’ engineering team developed the autopilot module with both hardware and software innovations to support scalable and robust group flight operations, paving the way for future collaborative missions in domains such as surveillance, environmental monitoring, and complex autonomous task execution.
Key Highlights
- UAVOS tests demonstrate advanced UAS swarm control & coordination capability.
- New swarm-control autopilot enables coordinated group flight with high synchronization.
- Multiple Borey UAS flew in autonomous formations, maintaining accurate spacing and positions.
- Continuous data sharing supports real-time adaptation and shared situational awareness.
- Technology advances scalable autonomous missions with reduced operator workload.
Industry analysts say the successful tests reflect growing capabilities in autonomous multi-aircraft coordination, which could expand the use of UAS swarms in both commercial and defense applications.
