When deploying imported Chinese AGVs into an existing warehouse, creating a proper safety perimeter is one of the most important preparation steps.

A safe AGV operation environment requires more than sensors. It combines warehouse layout planning, digital map configuration, traffic rules and employee awareness.

Why Does an AGV Fleet Need a Safety Perimeter?

AGVs usually operate together with employees, manual forklifts and warehouse equipment.

• Reduce pedestrian risks

• Prevent vehicle conflicts

• Control AGV speed

• Create predictable traffic flow

What Safety Zones Should Be Created?

• Dedicated AGV lanes

• Mixed traffic areas

• No-go zones

• High-risk loading areas

• Intersection control zones

Do Warehouses Need Painted AGV Safety Lanes?

Not every warehouse requires painted lanes. The decision depends on warehouse layout, pedestrian traffic and local safety requirements.

Many modern AGV projects combine physical markings with software-controlled safety zones.

How Are No-Go Zones Programmed in AGV Software?

• Digital warehouse mapping

• Restricted area configuration

• Speed limit settings

• Priority route planning

• Access permission control

What Happens If Manual Vehicles Enter AGV Routes?

Industrial AGVs normally use multiple protection methods.

• Laser obstacle detection

• Automatic speed reduction

• Emergency stopping

• Automatic route recalculation

What Warning Systems Are Required During AGV Operation?

• Audible alarms

• Warning lights

• Status indicators

• Reverse movement alerts

Industry Perspective

From practical warehouse automation projects, AGV safety depends not only on robot technology but also on how well the operating environment is designed.

A successful AGV deployment requires proper traffic planning, digital map optimization and employee training.

The future competition of warehouse automation will not only be about producing smarter robots, but also about creating safer and more efficient automated logistics environments.