UAV & Counter-UAS Systems

RSAT UAV systems support ISR through EO/IR imaging, SAR integration, LiDAR, RF and SIGINT payload options, real-time video, autonomous navigation, and secure communications. Platforms such as FALCON and SENTINEL are designed for surveillance, reconnaissance, border monitoring, target tracking, and other missions requiring persistent situational awareness.

Yes. GNSS-independent navigation is a defined part of the RSAT portfolio. The SEEKER visual navigation system is designed to provide position, velocity, and orientation information when GNSS signals are unavailable, jammed, or spoofed, supporting more resilient autonomous UAV operations in contested or signal-degraded environments.

RSAT’s Counter-UAS capability includes ground RF surveillance, surveillance radar, track and alert sharing, and integration with a wider intelligence network for drone detection, classification, and coordinated response. This layered Counter-UAS approach is positioned for bases, borders, critical sites, defense users, civil security, and infrastructure operators.

UAV and Counter-UAS systems are relevant to defense organizations, government agencies, border and coastal security teams, civil-security operators, and critical-infrastructure owners that need aerial intelligence or protection from unauthorized drones. RSAT Space also identifies selected civilian UAV applications such as disaster surveillance, infrastructure inspection, mapping, and environmental monitoring.

RSAT Space designs UAV and Counter-UAS integration around shared data, secure communications, mission workflows, and existing command environments. Its current multi-domain architecture is intended to connect aerial, ground, space, and ISR assets, helping customers incorporate new unmanned capabilities without treating each platform as an isolated operational system.

RSAT supports GPS-denied UAV operations through GNSS-independent visual navigation, inertial navigation, anti-jam concepts, mission computing, and autonomous flight-control capabilities. The SEEKER navigation system is specifically designed for environments where GNSS may be partially unavailable, jammed, or spoofed, while other platforms also reference resilient navigation features.

Yes. The ORBIT ground-support system is designed to strengthen UAV operations through environmental monitoring, encrypted video transmission, communications relay, remote or autonomous control, and extended field support. It can act as a low-footprint support node for persistent surveillance, pre-flight weather awareness, data relay, and mobile control operations.

Yes. RSAT’s integrated mission ecosystem is designed for cross-platform coordination, including observation, secure data relay, ground support, and synchronized mission workflows. The client material also describes heterogeneous swarm planning for selected platforms, allowing different unmanned systems to contribute to coordinated missions through a common command structure.

The client material identifies operator training, field support, flight operations, and lifecycle maintenance as core UAV system competencies. RSAT Space can therefore support customers beyond platform engineering by helping teams prepare operators, maintain mission readiness, and manage the operational lifecycle of autonomous systems according to the selected configuration.