
Star United Flight Control's integrated defense UAV ecosystem covers the complete operational spectrum — from individual soldier precision strike to battalion-level fire support, long-range ISR, and AI-coordinated swarm operations.
The FL-Series tactical UAVs provide squad-to-battalion level precision strike capability. From the 550g FL350 carried by individual soldiers to the 12kg FL1050 battalion fire support platform, our systems extend the combat reach of every echelon without requiring dedicated aviation assets.
Long-endurance VTOL fixed-wing platforms provide persistent ISR coverage across wide operational areas. The 30kg-class and 150kg-class platforms carry EO/IR sensors, SAR radar, and communication relay payloads for 5–7 hour continuous surveillance missions.
Integrated UAV systems for persistent border monitoring, rapid response, and area denial. Long-endurance VTOL platforms provide 24/7 surveillance while loitering munitions enable immediate kinetic response to border incursions.
The FL950 Enhanced Cluster system enables a single operator to coordinate up to 64 autonomous combat drones simultaneously. Decentralized mesh networking provides resilience against jamming, while AI-assisted target allocation optimizes engagement effectiveness across the swarm.
The SG GCS enables simultaneous coordination of aerial and ground unmanned systems from a single operator terminal. UAVs provide overhead reconnaissance and strike capability while UGVs and robotic dogs execute ground-level tasks — enabling complex combined-arms operations with minimal personnel exposure.
The FL750 box-fire terminal supports rapid multi-drone launch from vehicle platforms, naval vessels, and fixed installations. Automated launch sequences enable 6–24 drones to be deployed in under two minutes, providing immediate fire support without dedicated aviation infrastructure.
VTOL fixed-wing platforms equipped with communication relay payloads extend operational range for ground forces and other UAVs operating beyond direct radio line-of-sight. Relay nodes can be pre-positioned or dynamically repositioned to maintain continuous data links in complex terrain.
Unlike centralized swarm systems that fail when the command node is destroyed, Star United Flight Control's decentralized mesh architecture distributes intelligence across all units. Each drone operates as an autonomous node — the swarm continues operating even if individual units are lost.

Our defense systems engineers provide tailored solution design for specific tactical requirements. Submit your inquiry and we'll respond within 24 hours.