Technology Analysis
Loitering UAV vs. Traditional Artillery: A Tactical Comparison
Read Article
Industrial UAV Solutions
Industrial UAV
Systems for
Real Operations
Configurable UAV platforms, ground control and flight-control integration for mapping, inspection, aerial logistics, security and remote operations.
ISO 9001 Certified
National High-Tech Enterprise
Core Invention Patents
01 / 05
5
UAV System Categories
Micro UAV · VTOL · Heavy lift · Counter-UAS · GCS
6
Industrial Mission Areas
Mapping · Inspection · Utilities · Security · Maritime · Relay
360°
Engineering Lifecycle
Requirements · Design · Integration · Verification · Support
OEM
Configurable Integration
Airframes · Payloads · Avionics · Control systems
Product Portfolio
Three System Families,
One Integrated Ecosystem
View All Products Tactical UAV Manufacturer
Micro Tactical UAVs
FL-Series Micro Tactical UAV Systems
From soldier-portable 550g loitering UAVs to 12kg fixed-wing precision platforms — the FL-Series delivers mission-ready capability at every echelon. Four models cover individual soldier, vehicle-mounted, FPV reconnaissance, and battalion-level operations.
FL350: 550g · 3km range · Hand/tube-launched
FL750: 3kg · 6km range · Box-fire vehicle launch
FL950: 2kg · 160km/h · 1-to-64 swarm
FL1050: 12kg · 65m/s terminal · 100km range
VTOL Fixed-Wing UAV Manufacturer
VTOL Fixed-Wing UAV
Long-Endurance VTOL Fixed-Wing Platforms
The SX30K, 30kg-class, and 150kg-class VTOL fixed-wing UAVs combine multi-rotor flexibility with fixed-wing endurance. No runway required. Deployable from any terrain for ISR, relay communications, emergency rescue, and multi-role missions.
SX30K: 26kg MTOW · 3h endurance · 5kg payload
30kg-class: 25kg MTOW · 5h endurance · 4m wingspan
150kg-class: 150kg MTOW · 7h endurance · 30kg payload
VTOL takeoff up to 4,500m altitude
UAV Ground Control System
Ground Control System
SG GCS — AI-Powered Command & Control
The SG Ground Control System (GCS) is a plugin-extensible AI command framework enabling full-domain heterogeneous UAS coordination. From mission planning to post-mission assessment, GCS closes the full operational loop for complex multi-system operations.
Heterogeneous UAS coordination (drone + UGV + robot dog)
Denied-environment navigation (GPS/link-denied)
AI autonomous mission planning & target allocation
Real-time mission assessment & reporting
Swarm Intelligence
One Operator.
64 Units.
Coordinated Mission Control.
The FL950 Enhanced Cluster system is designed to support one-to-many mission coordination through a shared control environment. Final operating ratios, network resilience and task allocation should be validated against the selected configuration and mission conditions.
1:64
Operator-to-Drone Ratio
≤Φ3m
Strike Accuracy (CEP)
160km/h
Maximum Speed
Industrial Solution Areas
Industrial UAV Solutions for
Data, Assets and Operations
Explore task-focused systems for geospatial capture, infrastructure inspection, security, maritime operations and airborne communications—then connect each workflow to the right aircraft and control architecture.
Tactical Integration
Deployment Modes
Six Ways to Deploy.
One Modular System.
FL-series tactical UAVs adapt to every operational scenario — from a single soldier's throw-launch to vehicle-mounted box launchers, shipborne systems, and fully autonomous UAV+UGV coordination.
Man-Portable
Catapult Launch
Concealed Ground
Vehicle / Ship
UAV + UGV
UAV + Robot Dog
Core Competencies
End-to-End
Autonomous R&D
Capability
Star United Flight Control (Shaanxi) Technology Co., Ltd. holds independent R&D capability across aerodynamics, flight control, structural design, and command-and-control platforms — covering the complete lifecycle from top-level planning to precision deployment.
About Our TechnologyAirframe and aerodynamic engineering for VTOL, fixed-wing and rotary platforms
Flight-control, navigation and avionics integration around defined mission requirements
Ground control, mission planning and heterogeneous unmanned-system supervision
Payload and data-link integration for mapping, inspection, logistics and security workflows
Requirements-led verification with documented configuration and acceptance criteria
Full-cycle capability: design → manufacturing → integration → verification → support
Evidence-Ready Program Design
Build Procurement Confidence
Before Operational Claims
A credible UAV program should connect mission requirements to configuration records, validation evidence and an agreed acceptance plan. Illustrative scenarios show how that process can be structured without implying a completed customer deployment.
Configuration Traceability
Record the selected platform, payload, software, interfaces and project-specific assumptions.
Verification Records
Define the ground checks, supervised flight tests and evidence required before acceptance.
Data & Link Validation
Verify mission data, command links, storage, handover and security against the intended workflow.
Operational Boundaries
Document environmental limits, human oversight, flight approvals and safe termination criteria.
Ready to Engage
Discuss Your Mission Requirements
Our defense systems engineers are ready to provide technical consultations, customized configurations, and procurement support for qualified defense and government agencies.