Star United Flight Control RC5B Ground Control System command interface
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SG GCS
Heterogeneous UAS
Command System

A plugin-extensible AI command framework enabling full-domain heterogeneous unmanned system coordination — closing the complete Sense-Plan-Strike-Assess operational loop for complex multi-system missions.

One System.
Total Domain
Awareness.

The SG GCS is built on a "command software framework + plugin extension" architecture, enabling seamless integration of new capabilities without system redesign. It serves as the central nervous system connecting all combat units with multi-level command resources.

Information flows upward from individual units to command, while orders penetrate downward from command to individual units — creating a unified "Sense-Control-Strike-Assess" situational control capability for military operations, border management, and law enforcement.

Star United Flight Control RC5B GCS — Front View
1
Terminal
Controls entire heterogeneous fleet
64+
Units
Simultaneous drone coordination
4
Core Modules
Plan · Navigate · Strike · Assess
0
GPS Required
Full denied-environment capability

Complete Operational Loop: Sense → Plan → Strike → Assess

MODULE 01

Intelligent Mission Planning

Two-level mission planning architecture — airborne autonomous planning for swarm and cluster missions, and command-level planning for high-level task decomposition. The command terminal significantly reduces operator planning burden through AI-assisted route optimization and target allocation.

Dual-level: airborne + command planning hierarchy
AI-assisted route optimization and deconfliction
Automated target allocation across multiple units
Dynamic mission modification during flight
MODULE 02

Denied-Environment Navigation

Maintains full operational capability in GPS-denied and communication-link-denied environments. The system uses multi-source data fusion navigation, redundant path transmission, and self-healing mechanisms to complete assigned missions even in heavily contested electronic warfare environments.

GPS-denied navigation via multi-sensor fusion
Communication-link-denied autonomous operation
Redundant path transmission and self-healing
Pre-designated denied zone identification and routing
MODULE 03

Heterogeneous Platform Coordination

Single terminal control of heterogeneous unmanned systems — drones, unmanned ground vehicles, and robotic platforms simultaneously. Full compatibility with all Star United Flight Control UAV series plus third-party unmanned systems via standard interfaces.

One terminal: UAV + UGV + robot dog coordination
Compatible with full Star United Flight Control product line
Third-party heterogeneous system integration
Real-time situational awareness across all platforms
MODULE 04

Sense-Plan-Strike-Assess (SPSA) Loop

The SG GCS closes the complete operational loop: multi-source target sensing, AI-assisted mission planning, autonomous strike execution, and real-time battle damage assessment (BDA). The system fuses data from EO/IR sensors, radar, and partner platforms to build a unified operational picture, then autonomously allocates strike resources and evaluates post-strike effects.

Multi-source sensor fusion: EO/IR, radar, partner feeds
AI-optimized attack angle, timing, and dive speed
Autonomous target engagement decision support
Real-time post-strike battle damage assessment (BDA)
MODULE 05

Anti-Jamming & Counter-Control

Designed for contested electromagnetic environments. The GCS implements frequency-hopping communication, encrypted data links, and autonomous mission continuation logic that maintains operational effectiveness even when communication links are degraded or jammed. Counter-control logic detects and resists hostile takeover attempts.

Frequency-hopping encrypted communication links
Autonomous mission continuation in link-denied scenarios
Counter-control detection and resistance logic
1.4G / 2.4G / satellite link options

Operational Domains

Military Operations

Tactical strike coordination
Swarm mission management
Multi-echelon C2 integration
Battlefield damage assessment

Border Management

Long-range area surveillance
Intrusion detection and response
Multi-platform patrol coordination
Denied-zone autonomous operation

Law Enforcement

Special police operations support
Crowd monitoring and control
Search and rescue coordination
Evidence collection and documentation

Request a GCS Demonstration

Our systems engineers can provide live demonstrations of the SG GCS for qualified defense and government procurement teams.

Schedule a Demonstration
Environmental Specifications

Field-Hardened for Frontline Deployment

The SG GCS is designed to operate in the same harsh environments as the platforms it commands — from desert heat to high-altitude cold-weather operations.

-20°C to +55°C
Operating Temperature
Full GCS functionality in extreme ambient conditions
1,500 nit
Display Sunlight Readability
Fully readable in direct sunlight
IP65
Ingress Protection
Dust-tight and water jet resistant
MIL-STD-810G
Drop Resistance
1.2m drop test on all faces
PROCUREMENT FAQ

RC5B GCS Frequently Asked Questions

Common questions from defense and commercial procurement teams about the RC5B Ground Control System

The RC5B supports heterogeneous UAS coordination across multiple platforms simultaneously. In standard configuration, it controls up to 20 FL-Series units, 5 VTOL platforms, and 3 HL-Series heavy-lift UAVs concurrently from a single operator interface. The swarm coordination module supports 1:64 unit control for FL950 Enhanced Cluster operations. Multi-operator configurations (up to 4 stations networked) can extend total fleet management capacity significantly.

Yes. The RC5B supports STANAG 4586 and MAVLINK protocol integration for compatibility with NATO and allied C2 systems. It also supports custom protocol adapters for integration with proprietary C2 infrastructure. The RC5B can function as a standalone command terminal or as a subordinate node within a larger C2 architecture. Contact our systems integration team for specific interoperability requirements.

The RC5B uses an AES-256 encrypted frequency-hopping spread spectrum (FHSS) datalink. Standard operational range is 10km line-of-sight for FL-Series platforms and 30km for VTOL platforms. Extended-range relay configurations using airborne relay nodes can extend effective control range to 100km+. The datalink operates in the 1.4GHz and 2.4GHz bands with automatic frequency management to minimize interference.

Yes. The RC5B includes an integrated mission planning module supporting waypoint-based autonomous flight, area survey patterns, search-and-rescue grid patterns, and swarm coordination scripts. Missions can be pre-planned offline and uploaded to platforms before deployment. The AI-assisted mission planning module can automatically generate optimized routes based on terrain data, threat zones, and mission objectives. Real-time mission modification is supported during flight.

The RC5B operates on a built-in rechargeable battery providing 8 hours of continuous operation, or via external 12V/24V DC power for vehicle-mounted or fixed-site deployment. The unit is rated for -20°C to +55°C operating temperature and IP54 ingress protection. The 10.1-inch daylight-readable display (1000+ nit brightness) ensures visibility in direct sunlight. Total weight including battery is 4.2kg, making it suitable for man-portable field deployment.

The RC5B is designed for rapid operator familiarization. Basic operator training (GCS operation, mission planning, platform management) is completed in 2 days as part of the standard system training package. Advanced training covering swarm coordination, multi-platform operations, and C2 integration takes an additional 3 days. The intuitive touchscreen interface and contextual help system minimize the learning curve for operators with prior UAV experience.