Estimate how many tasks a delivery robot fleet can finish per day and across a selected operating period. The result adjusts theoretical throughput for productive utilization and successful completions, so planners can compare realistic capacity with workload instead of relying only on cycle time.
Utilization and success rate are entered as percentages and converted to decimals.
The main result is expected successful daily throughput. Gross capacity shows the mechanical ceiling before utilization and failures are applied.
This planning estimate assumes the average cycle, utilization, and success rate remain stable during the selected period.
Six robots, an 8-minute cycle, 8 hours per day, 75% utilization, and 96% success produce 270 completed tasks per day. Across 22 days, that is 5,940 tasks.
Use an end-to-end average cycle that includes all time needed to complete one task.
Utilization accounts for productive time, while completion rate discounts attempted tasks that fail or require rework.
Yes. Enter the total scheduled hours per robot across all shifts, up to 24 hours per day.
Include predictable charging and maintenance downtime by lowering productive utilization.
Yes. The calculator accepts decimal minutes, such as 2.5 minutes per task.
| Variable | Meaning |
|---|---|
| Active robots | Robots assigned to the work |
| Task cycle | Minutes per attempted task |
| Utilization | Share of scheduled time spent productively |
| Success rate | Share of attempts completed successfully |
| Operating days | Days included in the period |