Next Generation UAV Command & Control Systems
Kratos Unmanned Vehicle Command and Control (C2) Systems are robust architectures currently fielded to support unmanned air, land, and sea surface mission requirements for various defense organizations worldwide. These C2 systems offer advanced features, including the flexibility to support multi-vehicle mission profiles, manual and autonomous control, and detailed mission planning capability. Kratos' Unmanned Vehicle Control Systems feature best-in-class high-performance hardware and software system engineered to meet demanding customer requirements, having successfully supported over 3,000 operational missions globally.
Portable Command & Control
The laptop portable configuration of Kratos' Ground Control System (GCS) provides all the capabilities of fixed and transportable control systems. This system enables the seamless operation of unmanned vehicles in various scenarios and environments while maintaining high performance and reliability. Whether on the move or in a temporary setup, the portability of this command and control system ensures operational flexibility and efficiency.
Transportable Command & Control
Kratos' Unmanned Vehicle Control System (UVCS) stands as a field-proven C2 system capable of effectively controlling a diverse range of Unmanned Aerial Vehicles (UAV), high-performance aerial targets, and unmanned aerial combat systems. This system's adaptability and reliability make it a key asset for missions requiring rapid deployment and real-time operational control, ensuring mission success even in dynamic and challenging operational environments.
Fixed Site Command & Control
The fixed site configuration of Kratos' command and control system offers all the advanced features and capabilities of portable and transportable systems, providing a stable and secure operational hub. Whether for continuous operations or as a strategic command center, the fixed site setup ensures consistent and reliable performance, optimizing mission effectiveness and enhancing situational awareness in diverse operational scenarios.