Automated Guided Vehicles (AGVs) are essential handling equipment for modern factories and warehousing systems. As critical components for power transmission and motion control, AGV drive wheels directly affect the overall operation stability, load capacity and service life of the vehicle. Scientific and reasonable selection of AGV wheels enables enterprises to make professional decisions for diverse application scenarios.
Main Functions of AGV Drive Wheels
AGV drive wheels convert motor power into ground traction force, while realizing directional control and maintaining motion stability. In practical operations, drive wheels are continuously subjected to:
Dynamic load and impact load
Frequent start-stop cycles and steering friction
Wear caused by various ground conditions
Therefore, the drive wheel is a key executive component determining the overall performance of AGVs.
Key Factors for AGV Drive Wheel Selection
Load Capacity
Self-weight of equipment
Maximum load
Dynamic impact factor (recommended safety margin: 1.2 - 1.5 times)
Wheel Material Selection
Polyurethane (PU) Drive Wheels
High wear resistance
Low noise
Suitable for general industrial environments
Cost-effective
Vulkollan High Performance Polyurethane Wheels
As high-end industrial elastomers, they feature superior dynamic load capacity and cut resistance.
High speed logistics AGVs
Heavy duty handling systems
Long time continuous operation conditions
Ground Conditions
Epoxy floor: Low hardness PU wheels are preferred to reduce wear
Concrete floor: High wear, high hardness materials are required
Uneven ground: Wheels with larger diameter are recommended for improved trafficability
Wheel Diameter & Structural Design
Small diameter: High flexibility but poor trafficability
Large diameter: High stability, ideal for heavy duty applications
With or without flange structure
Differential drive compatibility
Adaptability to motor and reducer interfaces
Environmental Adaptability
Electro-Static Discharge (ESD) requirement (for electronics and semiconductor industries)
Low particle emission for cleanroom applications
Oil resistance, acid and alkali resistance
Operating temperature range
Comparison of Common AGV Drive Wheel Types
| Type | Features | Application Scenarios |
|---|---|---|
| Standard PU Drive Wheel | Low cost, high versatility | General warehousing and logistics |
| High performance PU Wheel | Excellent wear resistance and shock absorption | Heavy duty AGVs |
| Vulkollan Drive Wheel | High load capacity, long service life | Heavy duty & high speed industrial AGVs |
| Rubber coated Wheel with Metal Core | High structural strength | Extreme heavy load systems |
AGV Drive Wheel Selection Procedure
Confirm load parameters
Clarify operating environment
Determine driving mode
Select material system
Match structural dimensions
Scientific selection of AGV drive wheels can effectively improve the operational reliability and service life of AGV systems, reduce maintenance costs. The solution is widely applicable to intelligent warehousing, industrial manufacturing and automatic handling systems.
