Introducing AGV forklifts into a warehouse is not simply a technology upgrade—it is a workplace transformation. While autonomous forklifts can significantly improve efficiency, safety, and labor utilization, their success depends heavily on how well human workers adapt to operating alongside robots.

For many companies importing AGV forklifts from China, the biggest challenge is not installation or software integration. It is ensuring that warehouse staff understand how to safely interact with autonomous vehicles from day one.

How should forklift drivers share aisles with AGVs? What floor markings are required? Can robots detect people in unusual positions? And how should employees respond during emergencies?

1. Why Safety Training Is Critical Before AGV Deployment

Many warehouse incidents occur not because AGVs malfunction, but because workers misunderstand how autonomous vehicles behave.

Unlike manual forklifts, AGVs operate according to predefined safety rules and navigation logic. Employees must understand:

• How AGVs detect obstacles

• How AGVs react to pedestrians

• Where AGVs have right-of-way

• How emergency procedures work

• What actions should be avoided near autonomous vehicles

A structured onboarding program should begin before the first AGV enters production operation.

2. Training Manual Forklift Drivers to Work Alongside AGVs

In mixed-operation facilities, manual forklifts and AGVs often share the same travel routes.

Driver training should focus on:

• Understanding AGV travel paths

• Recognizing AGV warning lights and signals

• Avoiding intentional obstruction of robot routes

• Maintaining safe overtaking distances

• Following designated crossing points

Unlike human-operated forklifts, AGVs do not make assumptions based on eye contact or hand gestures.

Employees should never assume an AGV "sees" them in the same way a human driver would.

Every driver should complete practical coexistence training before AGV go-live.

3. Recommended Floor Markings for AGV Travel Lanes

Visual management is one of the most effective methods for reducing human-robot interaction risks.

Typical floor markings include:

• Dedicated AGV travel lanes

• Pedestrian crossing zones

• Loading and unloading areas

• AGV charging station boundaries

• Restricted robot operating zones

Common color practices include:

• Yellow lines for AGV routes

• Green pedestrian walkways

• Red restricted or danger zones

• Diagonal striping near intersections

Clear markings help workers instantly recognize robot traffic patterns.

Well-designed floor markings can significantly reduce near-miss incidents in mixed traffic environments.

4. Can Chinese AGVs Detect Crouching or Lying Pedestrians?

Modern Chinese AGVs typically use a combination of:

• Safety LiDAR scanners

• Obstacle detection sensors

• 3D cameras

• Safety-rated control systems

Many advanced systems can detect:

• Standing pedestrians

• Walking personnel

• Crouching workers

• Objects placed on the floor

However, detection capability depends on:

• Sensor configuration

• Vehicle speed

• Environmental conditions

• Warehouse layout

Safety validation testing should always be performed during commissioning to verify real-world detection performance.

No safety system should replace worker awareness. Personnel should never intentionally enter AGV travel paths expecting the robot to stop automatically.

5. Emergency Brake Release Training

Every warehouse deploying AGVs should establish a documented emergency recovery procedure.

Training should cover:

• Emergency stop button locations

• Vehicle shutdown procedures

• Manual brake release methods

• Safe towing procedures

• Recovery authorization process

Most AGVs include electronic parking brakes that require specific release procedures defined by the manufacturer.

Employees should never attempt to move an immobilized AGV without following approved instructions.

Only trained personnel should perform brake release or vehicle recovery operations.

6. Building an AGV Safety Culture

Successful AGV deployments rely on more than technology.

Companies should implement:

• Initial safety orientation sessions

• Regular refresher training

• AGV safety signage throughout the facility

• Emergency response drills

• Incident reporting procedures

When employees understand how AGVs operate, confidence and productivity both increase.

7. Common Mistakes During Early AGV Adoption

• Allowing workers to walk freely through AGV routes

• Insufficient driver retraining

• Poor floor signage and markings

• No emergency response documentation

• Assuming employees automatically understand robot behavior

• Failing to test pedestrian detection scenarios

Most avoidable incidents occur during the first few months after deployment.

8. Questions Buyers Should Ask Their AGV Supplier

1. What safety training materials are included?

2. Are operator training videos available in English?

3. How are pedestrian detection systems validated?

4. What floor markings are recommended?

5. What emergency brake release procedures exist?

6. Can the supplier assist with safety risk assessments?

7. What warning lights and alarms are installed?

8. Are emergency drills included during commissioning?

Conclusion

Deploying AGV forklifts successfully requires more than installing autonomous vehicles. It requires preparing people, processes, and safety procedures to operate within a mixed human-robot environment.

By training forklift drivers, implementing clear floor markings, establishing emergency procedures, and validating pedestrian detection performance, companies can create a safer and more productive warehouse operation.

Before importing AGV forklifts from China, invest in workforce onboarding and safety training. The most successful automation projects are those where people and robots work together safely from the very first day.