Unreliable measurement of lateral forces between guide wheels and rails leads to safety risks and derailment. Precise force data allows for real-time stability adjustments and predictive maintenance of bogie systems.

Excessive centrifugal forces during cornering cause wheel lift and loss of contact. Preventing this failure mode ensures operational safety and prevents catastrophic structural damage.

Excessive or unmanaged kinetic energy between rail vehicles leads to structural instability and safety risks during coupling or transit. Stabilizing these interfaces prevents mechanical failure and improves load distribution.