Automated Guided Vehicle (AGV)

Guided vehicles designed for steady throughput and repetitive material handling tasks

Automated Guided Vehicles (AGVs) are driverless vehicles that transport goods along predefined routes using guidance technologies such as magnetic tape, QR codes, or embedded wires.

AGVs are designed for stable, repetitive transport tasks where process flow is predictable. By automating routine movements between fixed points, AGVs help reduce manual handling, improve consistency, and support safer warehouse and production operations.

Why Automated Guided Vehicle (AGV) is Suitable for You

01
Ideal for Repetitive and Predictable Transport Tasks

AGVs perform best in environments with fixed routes and consistent material flows, such as pallet transfers between inbound, storage, and production areas.

02
Stable and Controlled Throughput

With predefined paths and movement rules, AGVs deliver reliable and repeatable transport performance.

03
Improved Safety in Material Movement

AGVs operate with sensors and safety systems that reduce collision risks and improve safety in shared workspaces.

04
Reduced Labor Dependency for Routine Transport

By automating repetitive movements, AGVs free up operators to focus on higher-value warehouse and production activities.

How Does Automated Guided Vehicle (AGV) Work?

AGVs navigate using fixed guidance systems installed on the warehouse floor or environment. Routes are predefined, and vehicles follow programmed paths between pick-up and drop-off points.

Tasks are triggered by system commands or signals from WMS, WCS, or production systems. AGVs stop, load, unload, and resume movement automatically based on programmed logic and safety conditions.

Vehicle type, load capacity, speed, and route layout are designed based on material type, transport frequency, and operational flow.

This setup ensures consistent and reliable material movement with minimal manual intervention.

System Structure

Automated Guided Vehicle systems typically include:

  • AGV vehicles – designed for pallets, carts, or containers
  • Guidance infrastructure – magnetic tape, QR codes, or wire guidance
  • Charging stations – automatic or opportunity charging
  • Traffic control system – managing routes, priorities, and vehicle coordination
  • Safety sensors – obstacle detection and emergency stop systems

Optional features and enhancements include:

  • Integration with WMS, WCS, or ERP systems
  • Automatic load handling (rollers, conveyors, lifts)
  • Fleet management dashboards
  • Visual and audible warning systems

Explore Our Case Studies

See some selected examples of Automated Guided Vehicle (AGV) projects implemented across customer sites.

  • Warehouse Optimization In The Midst Of Economic Uncertainty

    Discover 3 ways to improve plant and warehouse performance.

  • How AGVs Can Help You Meet Customer Demands

    Advantages of AGVs to meet customer demans and increase efficiency.

  • Four-way Shuttle System

    Advancing Warehouse Efficiency: The Four-Way Shuttle System Revolution

    Get automated and flexible warehousing with four-way shuttle system

  • A Closer Look at Forklift Varieties

    Types of traditional forklifts for specific requirements and equipped with unique advantages

Other Storage Systems

  • Automated Case-handling Robot (ACR)

    Goods-to-Person automation for efficient tote and carton transportation

  • Carton Shuttle System

    High-throughput carton storage and fulfillment automation

  • Pallet Shuttle System

    High-speed shuttle system to move pallets or tote bins within racking channels

  • Conveyor and Sorting System

    Automate goods transportation and sorting between warehouse zones

Talk to Our Experts

Let’s discuss how we can help streamline your warehouse operations and reduce inefficiencies.