Real Travel Paths on the Floor

Live 3D positions of forklifts give you the actual routes, not the planned ones. Replay and spaghetti diagrams show every loaded and empty meter. In one 30,000 sqm automotive Tier-2 plant the RTLS layer cut the fleet from 36 to 20 forklifts and drivers from 108 to 60. Delivery delays stopped once routing followed the live map.

Dwell Time at the Bottlenecks

Heat maps and zone activity reports pull out the minutes spent sitting. When forklifts dwell at the same choke points shift after shift, service level drops for everyone downstream. Historical data lets you see a full year of those patterns without another walk-through. That same plant recorded €960,000 in first-year OPEX savings after the €120,000 RTLS investment, tied to fewer idle stops.

Loaded Versus Empty Miles

Route analytics split productive loaded trips from empty repositioning. Empty travel burns utilization without moving anything. A second 30,000 sqm automotive Tier-2 site using the same Logistics Optimization RTLS reduced forklifts from 15 to 13, lifted productivity from 63 % to 75 %, and freed four FTEs. The €81,000 investment produced €179,000 in first-year OPEX savings once empty runs became visible and were cut.

Utilization and Service Level Across Shifts

Shift analytics show how utilization changes between crews. One shift can run high while another idles, creating uneven service levels. In a 15,000 sqm logistic-center warehouse the RTLS system cost €3,500 and returned €11,000 in first-year OPEX savings by balancing workload across shifts with continuous visibility.

Speed Control Without Losing Flow

At a 55,000 sqm white-goods plant the RTLS data brought average forklift speed down from 15 km/h to 6 km/h while performance held steady. The audit trail stayed available the whole time. The €50,000 investment delivered both the controlled speed and the evidence that service levels did not fall.