A3R Context

Market context

A3R was Exyn's autonomous aerial robot system for GPS-denied industrial data collection and 3D mapping.

  • Target environment: Mines, industrial sites, tunnels, infrastructure assets and other environments where GPS, communications or prior maps are unavailable.
  • Workflow context: Autonomous flight, 3D mapping, inspection data capture, survey support and exploration of confined or hazardous industrial spaces.
  • Customer context: Mining operators, survey teams, inspection groups and industrial asset owners needing unmanned data collection in difficult sites.
  • Deployment model: Integrated aerial robot and autonomy package built around ExynAI, Exyn FlightGuide compute and sensing hardware.
  • Commercial maturity: Legacy Exyn aerial autonomy system; the product reflects Exyn's earlier hardware-led deployment model before later software and autonomy-stack emphasis.
  • Adoption constraints: Adoption depends on site safety rules, payload needs, flight endurance, airspace constraints, data workflow fit and support for legacy hardware.
  • Market position: GPS-denied aerial mapping platform that helped define Exyn's position in autonomous industrial inspection and survey robotics.
  • Adjacent products: ExynAero, ExynAI SDK, Emesent Hovermap, Skydio X10

Specifications

  • Form Type: VTOL aerial robot with compute and sensing payload
  • Autonomy Stack: ExynAI autonomous flight software
  • Sensors Summary: 3D LiDAR, cameras and inertial sensors
  • Navigation: GPS-denied autonomous navigation and real-time SLAM
  • Task Scope: Autonomous industrial data collection, mapping and inspection
  • Operational Environment: Complex, unknown and GPS-denied industrial spaces
  • Control Model: Mission input through connected tablet interface with autonomous execution

View A3R overview