AGVHub
What is an AGV?
Everything about Automated Guided Vehicles: Definition, how they work, applications, and benefits of AGVs in intralogistics.
Definition
An AGV (Automated Guided Vehicle) is an autonomous floor-level transport vehicle that moves materials without a human driver. AGVs are part of a larger Automated Guided Vehicle System that includes the vehicles, navigation infrastructure, and fleet control software.
How Does an AGV Work?
An AGV consists of several core components:
- Drive System: Electric motors, typically battery-powered
- Navigation: Sensors for orientation (laser, camera, magnets, etc.)
- Safety: Scanners and sensors for collision avoidance
- Load Handling: Forks, rollers, hooks, or platforms depending on type
- Communication: WiFi connection to fleet control
The vehicle receives transport orders from a central fleet control system, navigates autonomously to the destination, and reports completion.
Applications
AGVs are used across many industries:
| Industry | Typical Application |
|---|---|
| Automotive | Assembly line supply, body transport |
| Warehouse & Distribution | Pallet transport, order picking |
| Food & Beverage | Cold storage, production supply |
| Pharmaceutical | Cleanroom transport, track & trace |
| Manufacturing | Workpiece supply, tool transport |
Benefits of AGVs
24/7 Operation
AGVs work around the clock without breaks or shift changes.
Safety
Fewer accidents due to consistent, predictable driving behavior.
Efficiency
Optimized routes and constant speed increase throughput.
Cost Reduction
Reduced labor costs and less damage to goods and infrastructure.
Types of AGVs
Depending on the application, different vehicle types exist:
- Tugger AGV: Pulls trailers or carts
- Unit Load AGV: Carries loads on top platform
- Forklift AGV: Classic forklift functionality
- Underride AGV: Drives under racks or carts
Conclusion
AGVs are a proven solution for automating internal transport. They offer high reliability, safety, and efficiency – especially for repetitive transport tasks with stable processes.