How do you calculate effective AGV move capacity?

Multiply loads per cycle by available cycles for gross capacity, then multiply by availability and mission-success rate. Here 2 x 420 = 840 gross moves, derated to 709.6 effective moves per shift.

What is a realistic AGV fleet availability?

Mature AGV fleets typically run 85-92% availability after charging, maintenance, and blockages. The 88% used here is a sound planning figure for an established installation.

Why is effective capacity lower than gross capacity?

Gross assumes every scheduled cycle completes a successful move. Availability strips out downtime (100.8 moves lost here) and mission-success strips out exceptions (29.6 moves lost), leaving 709.6 of the 840 gross moves.

What is a good mission completion rate for AGVs?

Well-tuned fleets exceed 95% mission success; the 96% here is typical once path conflicts and pick errors are under control. Lower rates point to layout or integration issues.

How many AGVs do I need for a target move volume?

Divide your required moves by per-vehicle effective capacity. Knowing one vehicle delivers about 709.6 effective moves per shift lets you scale the fleet to your demand directly.

Gross vs effective AGV capacity - which should I plan with?

Always plan with effective capacity. Committing to gross 840 moves when the fleet realistically delivers 709.6 leaves you roughly 130 moves short every shift.

AMR, AGV & Intralogistics Automation calculator

AGV Fleet Size Capacity Calculator

AGV fleet capacity is the number of material moves your automated guided vehicle fleet can actually complete in a shift after accounting for downtime and failed missions. Intralogistics engineers and automation planners use it to right-size fleets, validate vendor throughput claims, and decide whether to add vehicles before adding shifts. It matters because gross capacity on a spec sheet always overstates reality: chargers, blocked paths, and exception handling quietly erase a meaningful slice of every shift. This calculator derates the gross figure by availability and mission-success rate so you plan around moves you will truly get.

What this calculator does

Estimate effective AGV move capacity from loads per route cycle, scheduled cycles, vehicle availability, and successful mission rate.
an automation engineer needs to check whether planned AGV capacity covers required material moves
It computes gross scheduled move capacity from loads per cycle and available cycles, then derates it by fleet availability and mission-success rate to give effective moves per shift.

Formula used

Gross scheduled move capacity = loads moved per route cycle × available AGV route cycles
Effective move capacity = gross capacity × AGV fleet availability × successful mission completion rate

Inputs explained

Loads moved per AGV route cycle:
Available AGV route cycles:
AGV fleet availability:
Successful mission completion rate:

How to use the result

Use it when sizing an AGV or AMR fleet, validating a vendor's throughput guarantee, or checking whether current vehicles can absorb a demand increase.
It uses shift-average availability and success rates; it does not model traffic congestion that worsens nonlinearly as you add vehicles to a shared path network.

Current U.S. benchmarks

On-highway diesel averages $4.58 per gallon this week (EIA), trending down over recent periods. Truck tonnage is up 3.4% year over year (ATA via FRED).

Common questions

How do you calculate effective AGV move capacity? Multiply loads per cycle by available cycles for gross capacity, then multiply by availability and mission-success rate. Here 2 x 420 = 840 gross moves, derated to 709.6 effective moves per shift.
What is a realistic AGV fleet availability? Mature AGV fleets typically run 85-92% availability after charging, maintenance, and blockages. The 88% used here is a sound planning figure for an established installation.
Why is effective capacity lower than gross capacity? Gross assumes every scheduled cycle completes a successful move. Availability strips out downtime (100.8 moves lost here) and mission-success strips out exceptions (29.6 moves lost), leaving 709.6 of the 840 gross moves.
What is a good mission completion rate for AGVs? Well-tuned fleets exceed 95% mission success; the 96% here is typical once path conflicts and pick errors are under control. Lower rates point to layout or integration issues.
How many AGVs do I need for a target move volume? Divide your required moves by per-vehicle effective capacity. Knowing one vehicle delivers about 709.6 effective moves per shift lets you scale the fleet to your demand directly.

Last reviewed 2026-05-12.