Autonomous Mobile Robot (AMR)

Autonomous Mobile Robots (AMRs) are intelligent, self-navigating robots that transport goods without relying on fixed routes or physical guidance infrastructure.

Using sensors, cameras, and onboard intelligence, AMRs dynamically navigate around obstacles and adapt to changing layouts. This makes them ideal for warehouses and production environments where workflows, routes, and volumes frequently change.

Autonomous Mobile Robots navigate using a combination of LiDAR, cameras, and onboard software to map and understand their environment.

Once tasks are assigned—either manually or via integration with WMS, WCS, or production systems—AMRs calculate optimal routes in real time. They automatically avoid obstacles, adjust paths, and complete transport tasks without fixed guidance.

Robot type, load capacity, speed, and task logic are designed based on material type, transport frequency, and operational requirements.

This approach enables flexible, scalable, and resilient automation in fast-changing operations.

System Structure

AMR systems typically include:

• AMR units – designed for pallets, totes, carts, or custom loads
• Navigation sensors – LiDAR, cameras, and obstacle detection systems
• Fleet management software – coordinating tasks, routes, and robot traffic
• Charging systems – automatic or opportunity charging stations

Optional features and enhancements include:

• Integration with WMS, WCS, or ERP systems
• Top modules such as conveyors, lifts, or robotic arms
• Fleet dashboards and performance analytics
• Visual and audible safety indicators