Complete Fleet Clarity
Monitor the health of every train and bogey from a centralized dashboard. Instantly track historical cycle data and flag anomalies before they impact the ride.
The Data Behind Every Decision
Every train passage produces a detailed, multi-sensor inspection record, preserving the original laser measurements so engineers can investigate anomalies, verify findings, and examine exactly what the system captured.
3D Surface Profiling
Go beyond basic visual inspections. The system generates high-resolution 3D models of wheel wear over time, allowing your engineers to visualize tread degradation with microscopic accuracy.
See Beyond the Surface
High-resolution 3D laser heatmaps reconstruct the wheel assembly with millimeter-scale spatial detail, giving engineers a visual record of wheel geometry, component alignment, and surface characteristics for deeper inspection and analysis.
Flange Tracking & Heatmaps
Automatic wheel detection instantly isolates the tread and flange. Dynamic Z-heatmaps alert your team to uneven wear patterns or thermal friction issues indicative of bearing fatigue.
Instant View
Make confident dispatch decisions in seconds. The global view visualizes the complete train, mapping the health of every single wheel to provide an instant go/no-go status for the next cycle.
Pinpoint HMI Diagnostics
Drill down into specific warnings with a single click. The operator HMI isolates the exact wheel and provides the precise millimeter measurement triggering the alert.
Real-time wear & Predictions
Eliminate unexpected downtime with automated forecasting. By analyzing historical wear patterns, the platform predicts exactly when a wheel will cross critical thresholds, so you only replace parts when truly necessary.
Operational Efficiency
Beyond hardware health, monitor the efficiency of the ride itself. Track cycles per hour and analyze the average gap between cycles to optimize throughput.
Turning Measurements Into Maintenance Intelligence
Historical wear tracking transforms individual wheel inspections into long-term condition trends, allowing engineers to monitor wear progression, compare performance, and drastically reduce operating costs by replacing parts based on actual condition rather than fixed schedules.
