An integrated solution for mission planning, execution and monitoring, HuntAIR-X enables control of autonomous UAS swarms with a variety of advanced payloads. Autonomous management capabilities enable day and night operations in GNSS-denied environments, with the ability to perform a sustained overwatch mission in a defined area of interest, detect and designate targets and accurately map threats in real-time.
The system is designed to cover an area of 1 sq. km (0.4 sq. miles). The area can be easily extended by adding additional platforms or by changing the search pattern and intervals. Area of interest can be up to 15km from the swarm takeoff and landing zone.
Main Applications
- Terrain dominance and sustained overwatch
- Enemy detection and laser designation
- Active tracking
- Patrol mission
- Mortar fire launch detection
- Rapid target recognition
- Real-time 3D mapping
- Autonomous seismic sensors aerial dispensing
Key Features
- Autonomous mission management
- AI-based decision management system (DMS)
- Open architecture enables interface to C4I and
BMS systems - Customizable: User-defined missions and
operational use cases - Battle-tested: In operational use worldwide
- Hot-swappable multi-drone swarm
- Integrated collision avoidance systems
- Operates in GNSS-denied environment
- Laser Target Designation (LTD)
1 target acquisition UAS – EO/IR with laser designator, GNSS-denied navigation and autonomous platform management (Legion-X PM) with AI capabilities. 
Autonomous Management (AM) – Enables control and coordination of an unlimited number of autonomous drones in a swarm, displaying all system components on a tactical tablet including day/night video, detections, map location, swarm status and mission status. The system plans the autonomous missions based on user inputs, including mission type, area of interest, locations of takeoff, landing and “no-fly” zones, duration and hot-swap 
Platform Management (PM) – Embedded AI-based Decision Management System (DMS) and GNSS-denied navigation allows UAS to perform the autonomous mission including navigation to the point of interest, controlling the payload and collaborating with the other swarm members.
