How to use this calculator
- Choose consistent start and end scan events.
- Enter the average elapsed minutes for each stage.
- Calculate the total and review active versus waiting time.
- Repeat with peak-period inputs to test congestion.
Estimate end-to-end warehouse picking elapsed time by separating queues, active handling, staging, and handoff delay. The result shows the total cycle time, the minutes spent actively processing the order, and the share attributable to waiting. Use the breakdown to compare operating periods, identify the stage with the largest time contribution, and test process changes without mixing elapsed time with labor-hours.
Total transit time = queue + active process + staging/loading + handoff delay
Active touch time is the sum of the two handling stages. Waiting share equals waiting minutes divided by total transit time.
A shorter total means the order reaches the next handoff sooner. The component split indicates whether delay or physical handling is the main contributor.
Define the same start and end events for every comparison. This is an operational estimate, not a carrier delivery-time guarantee.
Using 120, 8, 12, 4 minutes for the four stages gives 144 minutes total. Active touch time is 20 minutes and waiting is 124 minutes, or 86.1% of the cycle.
No. It measures elapsed operational time from the defined arrival point through the outbound handoff; add road or line-haul time separately.
Use a representative average for planning, or calculate peak and normal periods separately to expose congestion.
Yes. Zero is valid when that stage does not apply, but the total of all stages must be greater than zero.
Touch time reflects active handling, while waiting time highlights delays that may be reduced without changing the work method.
Enter elapsed critical-path minutes, not the sum of labor minutes, when activities occur at the same time.
| Component | Included time |
|---|---|
| Queue before picking | Waiting / delay |
| Pick and travel time | Active handling |
| Packing and staging time | Active handling |
| Handoff delay | Waiting / delay |