· PickTheRobot editorial
Topic: Warehouse automation
AMR vs AGV for warehouses
AMRs navigate dynamically with sensors and software; AGVs follow fixed paths with floor infrastructure. The right choice depends on layout stability, payload, and how fast you need to deploy — not which acronym is newer.
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Navigation and infrastructure
- AMRs: no magnetic tape or embedded wires; reroute around obstacles
- AGVs: fixed paths; lower per-unit cost but infrastructure install
- AMR deployment: often days to weeks for software mapping
- AGV deployment: weeks to months when infrastructure is required
When AMRs win
Choose AMRs when layouts change, humans share aisles with robots, or you want incremental scaling without ripping up floors.
- Frequent layout or SKU changes
- Mixed manual and automated zones
- Pick-and-transport in e-commerce DCs
- RaaS pilots with uncertain long-term volume
When AGVs win
AGVs fit stable, high-volume point-to-point moves — especially heavy pallet lanes where repeatability beats flexibility.
- Fixed routes and predictable throughput
- Heavy payload requirements on defined lanes
- Lower per-move cost at very high utilization
- Sites that already invested in guided infrastructure
Five-year cost snapshot
Unit purchase price is only part of the story. AGV infrastructure and AMR software subscriptions change total cost of ownership. Compare quotes with integration, maintenance, and layout change risk included.
Related articles
- Warehouse robot cost in 2026
How much do warehouse robots cost in 2026? Typical price ranges for AMRs ($25k–$150k), AGVs ($15k–$75k), integration, and RaaS at $2k–$8k/month per robot.
- How to buy a warehouse robot
How to buy a warehouse robot: define the workflow problem, compare AMR vs AGV, budget integration, run a 60–90 day pilot, and choose buy vs lease vs RaaS.
Guides & tools
Frequently asked questions
No. AMRs excel in dynamic sites; AGVs can be cheaper per move on fixed, high-volume routes. Match technology to layout stability and payload.