AOTENENG’s Warehouse RGV (Rail Guided Vehicle) is designed to automate the storage, retrieval, and transport of palletized goods in modern warehouses and logistics centers. By replacing forklifts and manual carts, the system significantly improves throughput, accuracy, and operational safety.

Operating on fixed rails and controlled by intelligent software, the Warehouse RGV enables fast, stable, and predictable material movement between storage racks, workstations, and outbound areas.

Automated Storage and Retrieval for Palletized Goods

The Warehouse RGV automates pallet handling between storage locations and workstations, supporting both inbound and outbound logistics processes. Goods can be transported directly to picking, packing, or dispatch areas with minimal human intervention.

This automation helps warehouses:

• Increase handling speed and consistency

• Reduce manual labor requirements

• Improve order fulfillment efficiency

Efficient Space Utilization in High-Density Warehouses

Designed for narrow aisles and high-density storage layouts, the Warehouse RGV operates efficiently in confined spaces where forklifts struggle to maneuver.

The rail-guided system allows precise movement along predefined paths, enabling optimized rack layouts and maximum utilization of available warehouse space, including multi-level storage systems.

Seamless Integration with WMS Systems

The Warehouse RGV integrates seamlessly with Warehouse Management Systems (WMS) and higher-level logistics software. Through real-time data exchange, the system can automatically receive transport tasks, calculate optimal routes, and report execution status.

This integration enables:

• Optimized task assignment and routing

• Real-time inventory tracking

• Improved transparency across warehouse operations

Enhanced Safety and Reduced Labor Costs

By automating pallet transport, the Warehouse RGV significantly reduces forklift traffic and manual handling, lowering the risk of workplace accidents and product damage.

At the same time, reduced labor intensity and manpower requirements lead to lower operating costs and a more ergonomic working environment for warehouse staff.

Scalable Solution for Multi-Zone Logistics Centers

The Warehouse RGV system is designed to support large-scale distribution centers with multiple storage zones. Through modular track layouts and intelligent scheduling, additional zones, stations, or vehicles can be added as business volumes grow.

This scalability ensures smooth and intelligent logistics flow while protecting long-term automation investment.

Technical Specifications

Warehouse RGV

Specifications can be customized according to warehouse layout and operational requirements.

Accessories & Optional Configurations

Modular Options for Warehouse RGV Systems

Load Handling & Storage Interfaces

• Pallet forks or load frames

• Roller table or conveyor interface

• Hydraulic lifting platform

• Pallet centering and positioning devices

• Customized load adapters

Power & Energy Options

• High-capacity lithium battery system

• Automatic charging station

• Busbar power supply for uninterrupted operation

• Cable reel or trailing cable system

Control & Software Modules

• PLC-based control cabinet

• WMS / ERP integration interface

• Touchscreen HMI operator panel

• Remote monitoring and diagnostics system

Safety & Monitoring Devices

• Emergency stop buttons

• Audible and visual warning alarms

• Obstacle detection sensors

• Anti-collision buffers

• Zone-based speed control

Special Environment Configurations

• Dust-proof and waterproof design

• Cold storage low-temperature components

• Explosion-proof motors and electrical systems

• Cleanroom-compatible configuration

Customized Warehouse RGV Solutions

AOTENENG provides free non-standard engineering design, offering end-to-end solutions from warehouse layout planning to system integration and commissioning. Our Warehouse RGV systems are engineered to deliver reliable, scalable, and intelligent logistics performance for modern storage and distribution operations.