Exyn Nexys Context

Market context

Modular 3D mapping and autonomy platform for capturing georeferenced, colorized point clouds in complex industrial and field environments.

Target environment: Mines, industrial sites, field environments and complex spaces where GPS-denied 3D mapping is needed.
Workflow context: Autonomous mapping, manual scan capture, colorized point clouds, spatial data collection and industrial inspection support.
Customer context: Mining teams, surveyors, industrial operators and robotics users needing rugged 3D data capture.
Deployment model: Commercial platform product in Exyn's mapping and autonomy portfolio.
Commercial maturity: Commercial product with public product page and field-mapping positioning.
Adoption constraints: Adoption depends on mapping accuracy, workflow fit, autonomy needs, software integration, ruggedness and data-processing pipeline.
Market position: Modular mapping platform lane that can support robots or manual workflows without being only a robot vehicle.
Adjacent products: Emesent Hovermap, ROVR LightCone, Leica BLK ARC, NavVis VLX

Site teams

Autonomous mapping, manual scan capture, colorized point clouds, spatial data collection and industrial inspection support.

Mines, industrial sites, field environments and complex spaces where GPS-denied 3D mapping is needed.

Points Per Second: Nexys standard
Max Range M: at 80% surface reflection; Nexys standard
Return Type: dual with intensity (Nexys standard)
Range Accuracy Cm: up to +/- 1cm (Nexys standard)
Points Per Second Pro: Nexys Pro
Max Range M Pro: at 80% surface reflection; Nexys Pro
Return Type Pro: triple with intensity (Nexys Pro)
Range Accuracy Cm Pro: up to +/- 1cm (Nexys Pro)
Deployment Model: Modular handheld or robot-mounted mapping platform
Sensor Suite: 3D mapping and georeferenced colorized point-cloud capture
Operating Environment: Complex industrial and field environments
Control Interface: Autonomous robotic deployment and detached manual mapping workflows