ExynAero Context

Market context

ExynAero is Exyn’s autonomous aerial mapping robot for GPS-denied industrial environments such as mines, tunnels and infrastructure sites.

Target environment: Underground, indoor, industrial and GPS-denied inspection environments.
Workflow context: Autonomous exploration, 3D mapping, inspection, data capture and GPS-denied navigation.
Deployment model: Autonomous drone system operated by inspection and mapping teams.
Commercial maturity: Public Exyn product with commercial mapping and inspection use cases.
Adoption constraints: Requires site access, mapping workflow integration, sensor-data processing and safe autonomous flight planning.
Market position: Autonomy-first aerial mapping system for environments where manual piloting and GPS navigation are limited.
Adjacent products: Autonomous drone for underground mapping, industrial inspection and GPS-denied data collection.

Inspectors

Autonomous exploration, 3D mapping, inspection, data capture and GPS-denied navigation.

Underground, indoor, industrial and GPS-denied inspection environments.

Flight Time Minutes: ~15 minutes per battery
Range: Approximate range 1.6 km
Dimensions: 883 x 886 x 520 mm fully assembled with propellers; 722 x 282 x 380 mm folded without propellers/landing gear
Aircraft Weight Kg: 6.7 kg including batteries
Payload Sensors: Velodyne LiDAR Puck LITE, 16-channel 100 m LiDAR, gimballed 360-degree field of view, HD visual camera
Launch Recovery: Ruggedized tablet with ExynView software for mission setup and one-button launch
System Type: autonomous aerial mapping robot
Operating Environment: GPS-denied industrial environments
Core Capability: pilotless navigation and 3D mapping
Use Cases: mining, tunnels, construction and infrastructure inspection