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

Specifications

• 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)
• 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
• Platform Scan Rate Max: Current product-page max; distinct from LiDAR variant rates