AMR Pallet Truck

Overview and Use Cases

The AMR Pallet Truck is designed for autonomous material handling in industrial facilities, including warehouses, distribution centers, and manufacturing plants. The robots perform pallet transport, lifting, and buffer management operations without human operators. Seegrid reports cumulative deployment of over 20 million autonomous miles across more than 200 sites.

Key Capabilities

• Autonomous navigation using proprietary computer-vision and LiDAR-based SLAM technology
• Pallet transport and autonomous lifting operations
• Buffer management and material flow coordination
• Operation in live industrial environments alongside human workers
• Payload handling ranging from compact bins to custom non-standard loads

Specifications

The AMR Pallet Truck line comprises four models with the following specifications:

Speed:

• Lift RS1: 5 mph maximum speed
• Lift CR1: 5 mph maximum speed
• Lift EL1: 3.4 mph maximum speed
• Tow Tractor S7: 4 mph maximum speed

Payload Capacity:

• Handles loads ranging from 30×30 inch bins to 96×96 inch custom loads
• Compatible with standard 48×40 inch pallets
• Capable of transporting non-standard forkable loads

Applications

Deployments documented in independent sources indicate the robots are used for:

• Pallet movement and staging in warehouses
• Load lifting and placement operations
• Autonomous buffer management between production areas
• Material transport in live industrial facilities

Real-world performance data from independent sources shows variable results, with some deployments meeting throughput expectations while others underperformed (documented cases include 150 bags/hour versus expected 400+ bags/hour throughput, with some pilot programs discontinued).

Manufacturer

The AMR Pallet Truck is manufactured by Seegrid. The robots employ the company's proprietary "Sliding Scale Autonomy" technology combining computer-vision and LiDAR-based navigation systems designed for autonomous operation in industrial settings.

Independent analyst assessments note that unit economics in the lift-truck autonomous mobile robot segment remain unproven, and vendor performance and safety claims lack independent third-party verification.