Misalignment and lack of control during the connection of rail vehicles lead to mechanical failure or safety risks. Precise control of the coupling interface ensures reliable load transfer and operational safety.

Mechanical instability and kinetic energy transfer between the vehicle and track cause component fatigue. Reducing these forces prevents structural failure and improves passenger comfort.

Improper positioning of guide wheels leads to excessive wear and tracking errors in rail vehicles and sorters. Precise alignment reduces mechanical stress and prevents derailment or system failure.

Uncontrolled lateral forces lead to vehicle overturning during maneuvers or high-speed operation. Mitigating this risk prevents catastrophic mechanical failure and ensures passenger safety.