Against the backdrop of rapid development in intelligent warehousing and logistics automation, AGVs (Automated Guided Vehicles) have become essential equipment for improving warehouse efficiency and flexible management. As the core power and motion execution unit, the AGV drive wheels directly determines the equipment' s operational stability, positioning accuracy, and overall service life. Scientific and professional selection of suitable AGV drive wheels helps achieve an efficient and stable warehouse automation system.
Main Functions of AGV Drive Wheels
Precise positioning and path control
Steering and omnidirectional movement capability
Load traction and stable operation
Key Factors for AGV Drive Wheels Selection: 5 Critical Tips
Load Capacity
Light duty AGV: ≤ 300 kg
Medium duty AGV: 300 - 800 kg
Heavy duty AGV: ≥ 1 ton
The drive wheel must provide sufficient continuous torque and peak torque; otherwise, it may cause motor overload or wheel slippage.
Operating Environment
Floor type (epoxy flooring / concrete)
Presence of oil, dust, or moisture
Temperature and humidity conditions
Smooth floors → polyurethane wheels; Rough floors → rubber or high wear-resistant materials.
Motion Mode and Structure Type
| Type | Features | Suitable Applications |
|---|---|---|
| Differential Drive Wheel | Low cost, simple structure | Standard material handling |
| Steering Drive Wheel | 360° rotatable, high flexibility | Narrow-aisle warehouses |
| Omni Wheel | Excellent lateral movement capability | High-density automated warehouses |
Torque and Speed Matching
Startup and acceleration performance
Full-load climbing capability
Stable cruising speed
Insufficient torque → failure to start or slippage; Excessively high speed → reduced positioning accuracy.
Usage Frequency and Duty Cycle
Warehouse AGVs typically operate continuously for 24 hours, so attention must be paid to:
Motor heat dissipation
Reducer service life
Bearing durability
Frequent start-stop cycles and high-intensity steering will accelerate wear.
How to Improve AGV Drive Wheels Performance
Select wheel materials with a high friction coefficient, optimize wheel diameter and contact area
Use brushless motors and optimize the reduction ratio
Adopt maintenance-free bearings and modular design
Equip high-resolution encoders and optimize control algorithms
Scientific selection not only improves equipment performance but also significantly reduces long-term operation and maintenance costs. Click to contact us now for professional technical support and customized solutions.
