AMR, AGV & Intralogistics Automation calculator
Pickup and Dropoff Cycle Time Calculator Calculator
Pickup and dropoff cycle time affects mission throughput at conveyors, racks, carts, docks, elevators, and line-side points. This calculator estimates handoff workload time with an allowance for queueing, docking, and transfer delays.
What this calculator does
- Estimate AMR or AGV pickup/dropoff workload time from handoffs, handoff processing rate, and queue or docking allowance.
- an automation engineer needs to estimate handoff time for AMR or AGV mission planning
- Returns total handoff workload time for the entered pickup and dropoff volume.
Formula used
- Base handoff processing time = pickup/dropoff handoffs ÷ handoff processing rate
- Adjusted pickup/dropoff cycle time = base handoff processing time × (1 + queue, docking, and alignment allowance)
Inputs explained
- Pickup/dropoff handoffs: undefined
- Handoff processing rate: undefined
- Queue, docking, and alignment allowance: undefined
How to use the result
- Use it for mission cycle-time estimates, conveyor interface planning, rack exchange design, and queue-delay review.
- Actual handoff time depends on docking accuracy, load presentation, sensor checks, door or lift interfaces, traffic, queue depth, and operator interaction.
Common questions
- What counts as a handoff? Count each pickup or dropoff event where the robot transfers a load, cart, tote, pallet, or rack at an interface point.
- What should be included in the allowance? Include expected queue time, docking time, alignment corrections, conveyor wait, door wait, and occasional operator interaction.
- What does adjusted cycle time tell me? It estimates total handoff time after adding the delay allowance to the base processing time.
- How can I use this result? Use it to size buffers, reduce dwell time, validate interface throughput, and refine mission time assumptions.
Last reviewed 2026-05-12.