Warehouse robots

Key definitions

Short answers for buyers and research tools. Illustrative only — verify pricing, safety, and deployment scope with qualified vendors on your site.

Why choose robot type before vendor brand?

Warehouse, cleaning, and restaurant robots are different categories with different layout, labor, and integration needs. Shortlisting vendors before confirming robot type leads to polished demos for the wrong workflow. Define the pain point and robot class first, then compare three to five vendors on the same type and acquisition model.

What is an AMR (autonomous mobile robot)?

An AMR (autonomous mobile robot) navigates with onboard sensors and a software map. It can reroute around people and obstacles and adapt when pick paths or staging zones change. AMRs fit dynamic transport, mixed tasks, and warehouses where layouts change frequently. They are less ideal when only fixed, heavy pallet lanes need automation.

What is an AGV (automated guided vehicle)?

An AGV (automated guided vehicle) follows fixed paths — tape, reflectors, wires, or marked lanes — rather than building a dynamic map. AGVs fit repetitive point-to-point moves on stable routes. They are often harder to justify when layouts change often or when flexible rerouting matters more than guide-path simplicity.

What is warehouse pick-assist?

Pick-assist robots help human pickers by reducing walking — carts or units that follow pickers or meet them at pick faces. They fit high pick volume and labor pressure in fulfillment when a WMS or middleware path exists. Low pick counts or no integration path make pick-assist harder to justify.

What is a warehouse pallet mover robot?

A pallet mover robot automates dedicated pallet transport — often autonomous forklifts or pallet AMRs on fixed or semi-fixed lanes. They fit pallet-heavy workflows with wide aisles and stable dock-to-rack moves. They are a poor match when the primary pain is light-item picking or frequently changing pick paths.

When should you buy, lease, or use RaaS?

Buy when utilization is stable and you want the lowest long-term cost of ownership. Lease spreads capex when you need flexibility without full subscription pricing. RaaS (robotics-as-a-service) lowers upfront cash and is common for first pilots when daily utilization is unproven. Compare quotes on the same utilization assumptions — not sticker price alone.

Robot types

Warehouse automation spans transport, picking, and pallet movement. The right type depends on layout stability, volume, and systems readiness.

How to choose a warehouse robot

Start with your primary pain point — transport, picking, or pallet movement — not the robot brand. Layout stability matters: frequent layout changes favor AMRs; fixed routes favor AGVs.

Check WMS readiness and aisle constraints before shortlisting vendors. Cold-chain sites need cold-rated hardware and more deployment planning.

Match acquisition model to utilization certainty: RaaS or lease for pilots, buy when daily volume is proven across shifts.

Typical cost ranges (USD, indicative)

Related guides

• AMR vs AGVWhen dynamic transport beats fixed guided routes.
• Humanoid vs AMRWhen deployable AMRs beat humanoid pilots.
• Warehouse robot costTypical price ranges for AMRs, AGVs, and pallet movers.
• Lease vs buyAcquisition models for warehouse automation.
• RaaSSubscription models for AMR pilots.
• RaaS pricingWhat robotics subscriptions typically cost.
• Run the warehouse robots matcher

Vendors in this category