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Executive Summary Drive wheel slippage is one of the most common drive system failures in AGVs, yet its root causes span four dimensions: material formulation, installation precision, environmental conditions, and maintenance practices. A single corrective measure rarely resolves the issue. This guide provides a systematic fault diagnosis workflow: classify the slippage type → inspect five root causes in order of probability → apply four on-site testing methods → implement targeted solutions. Key inspection points include tread hardness matching, installation concentricity, wet-floor friction coefficient, and bonding layer integrity—each with simple field-testable methods. HANKE's Eamflex 93A high-friction drive wheel compound has reduced slippage incidents from an average of 12 per month to zero on automotive assembly line AGVs. The Saxflex 75A low-noise compound is purpose-optimized for clean-environment driven wheels. Eight FAQs cover practical scenarios including start-up slippage, uneven wear, new/old wheel mixing, cold storage operation, and anti-slip chain considerations.
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