Taiwan Builds Autonomous Drone Swarm Control to Monitor Its Waters
Simulations of two ten-drone fleets have passed, and open-sea flight trials are the next test of whether the system holds up in real conditions.
Taiwan's Ocean Affairs Council is developing an autonomous control system that would let drone fleets coordinate and carry out maritime missions without a human operator, aimed at countering China's grey-zone pressure around the island. With National Cheng Kung University, the council has already run simultaneous flight simulations of two fleets of ten drones each, moving the work from single-aircraft control to coordinating groups. The design sets a minimum 100-foot separation in three-dimensional space and uses leader-follower formation flying and dynamic obstacle avoidance. The next phase is hardware-in-the-loop testing, prototype integration and open-sea flight trials to check reliability across sea and weather conditions. The system is also meant to let different drone types split tasks and plan routes, and the project is focused on three Western-made drones, including the V-BAT, a vertical take-off drone from Shield AI that the council has just received and that can run over 12 hours.
Why it matters
The work moves Taiwan's maritime drone effort from piloting single aircraft toward fleets that coordinate and plan their own routes without a human operator. Keeping drones at least 100 feet apart and avoiding obstacles on the fly are the basic behaviours a group needs before it can be trusted over open water. The project's use of three Western-made drone types, including one that can stay aloft for more than 12 hours, means the test will show how well mixed fleets of that kind perform in real sea and weather conditions. Whether the system works in those conditions will determine how far the approach can go.
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