KORTHOS / ECOSYSTEM / PRODUCT

SAM NXS 300

About

About SAM NXS 300

NXS 300 is an autonomous transport robot developed by AUMOVIO’s Rheinböllen mobile-robot operation for stacked small-load containers. Its lifting fork collects loads from existing roller tracks, reducing the need to alter material-handling infrastructure. Omnidirectional movement, surrounding obstacle sensing and native VDA 5050 communication support movement through production aisles and coordination with compatible fleet-management systems.

The launch configuration carries up to 300 kilograms at speeds up to two metres per second. A 600-millimetre fork serves standard 400-by-600-millimetre containers on carts; an extended 800-millimetre version handles half-pallets. AUMOVIO described internal pilots in Rheinböllen and Sibiu and targeted availability in early 2026. In July 2026, the Rheinböllen site and its business activities passed to RHB-Industries, making the original launch and pilot configuration historical context for subsequent commercial arrangements.

Capabilities

Source-backed capabilities

  • Operating environments: Internal factory logistics in Rheinböllen and Sibiu (2025 pilots)
  • Control modes: Autonomous
  • Material handling

    Pilot - 2025-07-02 - Move stacked small-load containers in internal factory pilots in Rheinböllen and Sibiu. - environment: Internal factory logistics in Rheinböllen and Sibiu (2025 pilots)

    Source

Deployments

  • Operating Use

    2 named pilot sites - 2025-07-02 - AUMOVIO disclosed NXS 300 pilot deployments at its Rheinböllen, Germany and Sibiu, Romania production sites.

    Source

Timeline

  • AUMOVIO details NXS 300 autonomous transport robot

    2025-07-02 - Product Launch - The platform is rated for loads up to 300 kilograms and travel speeds up to 2 metres per second. VDA 5050 compatibility allows the robot to operate within standardized multi-vendor fleet-control environments. Pilot units were operating at production sites in Rheinböllen, Germany and Sibiu, Romania.

    Source

Context

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