Travel Distance
The total distance traveled by assets or personnel measured by RTLS. Useful for equipment utilization analysis, worker efficiency assessment, route optimization, and wear-based maintenance scheduling. Accumulated over time provides accurate usage metrics.
Travel distance in industrial RTLS refers to the total path length that assets, vehicles, or personnel traverse, calculated by integrating movement over time from position tracking data. RTLS calculates travel distance by: recording position updates at regular intervals (typically 1-10 Hz depending on application), calculating incremental distance between consecutive positions (using Euclidean distance formula in 2D or 3D), summing increments over the analysis period (shift, day, week), and filtering erroneous data (removing position jumps caused by positioning errors or false detections).
Typical travel distance findings in industrial operations include: material handlers in traditional warehouses travel 10-20 kilometers per shift, with optimized operations reducing this 20-40% through better slotting, routing, and layout, forklift operators may travel 15-30 kilometers per shift depending on facility size and operational intensity, with utilization improvements possible through better dispatching, maintenance technicians travel 5-15 kilometers per shift responding to issues, with route optimization and predictive maintenance reducing reactive travel, and pickers in manual warehouses may walk 10-20+ kilometers per shift, with pick path optimization and zone picking reducing distances 25-50%. Financial impact of travel distance reduction is substantial: labor cost savings (reducing travel time allows accomplishing more work with same staff or completing same work with fewer staff), throughput improvements (less travel time means more productive time increasing facility capacity), equipment cost savings (reduced forklift travel lowers maintenance costs, fuel/electricity consumption, and equipment replacement frequency), and worker satisfaction (less physical strain from reduced walking distances, particularly important in warehousing where picker fatigue is significant).