AMR vs AGV for pallet handling: how to choose the right pallet mover

Who this guide is for

This guide is for warehouse and factory logistics leads, operations managers, and process or logistics engineers who already move pallets or carts with manual pallet jacks and forklifts and are evaluating automated options. The same selection logic applies in PCB, EV and battery, tire, home appliance, electronics, solar, automotive parts, food and beverage, and third-party warehouses.

It is not a tote goods-to-person guide. If your bottleneck is dense carton or tote picking to a station, start with a CTU (case-handling) robot instead of forcing a pallet story. It is also not a deep dive on high-bay AS/RS; when your need is storage density at height rather than floor-to-floor moves, say so early so the vehicle class does not get mismatched.

Start with the job, not the acronym

Define one complete mission before you compare brands or navigation labels. For each flow, write down: where the load is picked, where it is dropped, how high those interfaces sit, how heavy and how stable the load is, how often the move runs at peak, and what triggers the task (WMS, MES, PLC, call button, or schedule).

“AMR” and “AGV” mainly describe how a vehicle navigates and behaves in traffic. The pallet job is decided by the load-handling mechanism: forks that enter a pallet, a mast that stacks, or a jack that lifts a rack or cart from below. Many products marketed as AGV forklifts and pallet AMRs overlap once laser navigation is in use. Compare proven cycle time on your pallets and stations before you compare the acronym.

Low-lift autonomous pallet truck (AGV pallet jack)

A low-lift autonomous pallet truck—often searched as an AGV pallet truck, automated pallet jack, or autonomous pallet mover—drives forks into a compatible pallet, lifts just enough to travel, and sets the pallet down at another floor position. Typical jobs are inbound to buffer, line-side replenishment between floor spots, and finished-goods handoffs that stay on the floor.

Being able to move a pallet is not the same as putting it into high racking. If every drop is at floor height and your pallets are fork-accessible, this class is usually the right place to start. If you need stacker height or counterbalanced reach into racking, step up to an autonomous forklift.

• Best fit: repetitive floor-to-floor pallet shuttles with stable pallet geometry.
• Watch-outs: closed or damaged pallet bottoms, soft loads that sag between forks, and stations that expect racking height.
• Not a substitute for: dense tote picking (use CTU) or jacking under purpose-built racks and carts (use lifting AMR).

Autonomous forklift (stacker or counterbalanced)

Choose an autonomous forklift when the job needs higher pick or drop heights, stacking, or fork kinematics a low-lift jack cannot serve. Stacker and counterbalanced geometries cover different aisle widths, residual capacities, and pallet approaches; the right choice is a site measurement, not a brochure comparison.

In typical finished-goods projects, autonomous forklifts integrated with the WMS reduce the number of manual forklifts on repetitive put-away and retrieval by about 50%, run three shifts, and pay back in about 14 months. Those figures come from comparable projects; your proposal uses your labor cost, shifts, and volumes. See the autonomous forklift product page for capability detail, then bring this guide’s checklist to the survey.

Lifting (jacking) AMR for racks and carts

A lifting AMR drives under a compatible rack or cart, jacks the load, and carries it between process steps or to a line-side supermarket. The default story is rack and cart transfer—not forks entering a free-standing pallet on the floor. If operators today push carts or tow racks between stations, this family usually fits better than a pallet truck.

In a typical process-transfer project, lifting AMRs connected to the MES cut handling labor by about 65%, ran 24 hours a day, and went live in about 9 weeks. Again, treat those as comparable-project values; your assessment is plant-specific. Use the lifting AMR product page when the load unit is a rack or cart, and keep pallet-fork flows on the forklift or low-lift side of the fleet.

When CTU or conveyors are the better fit

Do not stretch a pallet robot into a tote problem. Dense case or tote picking to a goods-to-person station belongs on a CTU. Extremely fixed, ultra-high-throughput point-to-point moves can still favor conveyors; robots win when routes, stations, or volumes will change and when the same dispatch layer must mix vehicle types.

Mixed fleets are normal: autonomous forklifts on finished pallets and lifting AMRs on in-process carts can share one dispatch system, provided stations, maps, and task sources are designed together.

AMR vs AGV for pallet moves

Use the labels as navigation and traffic behavior, not as the pallet job. After you pick the load-handling family, compare how each candidate routes, recovers from blocked drops, and fits your change rate.

• Path stability: guided AGV routes stay on installed guidance; map-based AMRs follow software routes that you can edit without floor work.
• Peak predictability: tightly routed trucks can be easier to simulate for fixed high-volume loops; free routing helps when aisles are shared and often blocked.
• Layout change rate: frequent rebalancing favors software maps; decade-stable loops reduce the penalty of physical guidance.
• Infrastructure: tape, wire, markers, or reflectors versus laser mapping on existing walls, columns, and racks.
• Obstacle behavior: many AGVs stop and wait on the path; many AMRs slow, stop, and where allowed take an alternate lane.
• Typical loads: both classes exist as low-lift pallet trucks and as forklifts—judge the mechanism and the proven cycle, not the badge.

Site checklist before you compare quotes

Quotes without site evidence are feature sheets. Before you compare suppliers, gather the items below. The same package should go to every shortlisted vendor so proposals share one baseline.

• Pallet or cart types, with underside photos and notes on stringers, blocks, or closed bottoms.
• Outer dimensions, maximum weight, and center-of-gravity quirks (tall, soft, or unbalanced loads).
• Pick and drop heights, tolerances, and whether interfaces are floor, stand, conveyor, or rack.
• Aisle widths, turning envelopes, and dead ends on the real routes.
• Floor condition: joints, cracks, slopes, thresholds, drains, and contamination.
• People and manual forklift traffic at each shared intersection, by shift.
• Average and peak trips per hour, and how peaks cluster.
• Shift pattern and whether the flow must run overnight.
• Task source: WMS, MES, ERP, PLC, call button, or spreadsheet today.
• Wi-Fi coverage along routes and at stations; charger power and parking spots.

Minimum package to send every supplier

A short package turns a brochure into a site-specific proposal. Send at least:

• Photos of your real pallets or carts and a loaded example.
• Dimensions and maximum weight per move.
• A simple route sketch with aisle widths and floor notes (CAD, PDF, or a phone video of the path).
• Average and peak moves per hour by shift.
• How tasks will be triggered after go-live.
• A request that each vendor prove pickup on your pallets or carts, loaded turning into each station, and recovery when a drop point is blocked.

Which flow to automate first

Automate the flow that is repetitive, has stable endpoints, and covers enough distance that walking or riding a jack is wasted motion. Defer one-off oversize loads and messy outdoor handoffs to a later phase unless they are the entire business case.

Finished-goods pallet put-away and retrieval usually map to autonomous forklifts (or low-lift trucks if everything stays on the floor). In-process rack and cart moves between stations usually map to lifting AMRs. Separating those two stories early keeps the pilot contained and the payback readable.

How to evaluate any supplier

Hikrobot, Quicktron, Geek+, and other AMR and AGV suppliers all field pallet or forklift-oriented systems. Use one ruler for every shortlist—including ApexStow—so the acronym does not hide a weak site fit.

• Representative pickup on your actual pallets, racks, or carts—not a showroom SKU.
• Loaded maneuvering into each real station geometry.
• Peak-hour task loop closed with your intended trigger (WMS, MES, PLC, or button).
• Clear recovery when a drop is blocked or a scan fails.
• Safety behavior documented for mixed traffic; confirm the standards that apply to your site and jurisdiction—do not treat a datasheet as a compliance certificate.
• Local implementation capacity, spare parts lead time, and written acceptance tests.

What good looks like at ApexStow

ApexStow plans, deploys, and services AMRs for factories and warehouses: autonomous forklifts for pallet flows, lifting AMRs for racks and carts, CTUs for totes, and mobile manipulators where a reach task sits on the same map. Vehicles navigate with laser SLAM on existing site features in typical deployments, without floor tape or QR codes.

Forklift-class and lifting AMRs can run under one dispatch layer and connect to MES, WMS, ERP, or PLC task sources. A free layout assessment returns suggested routes, robot count, and a payback estimate within 48 hours of receiving your layout. Pilots commonly go live in 6 to 10 weeks when the first flow is well scoped. Details on delivery and service sit on the support page; the contact page is the intake for layouts and videos.

Next step: free layout assessment

Send a CAD file, PDF, or phone video of the area, plus the checklist items you already have. Within 48 hours you receive routes, a robot count by family, and a payback estimate based on your flows—with no obligation to buy. Use the contact form on apexstow.com and attach underside photos of pallets or carts if you have them.

If you are still deciding which family fits, say so in the note. The useful answer is which mechanism matches the job, not which marketing label wins an acronym debate.

Next: calculate payback

Once the job family is clear, use the AMR and AGV ROI guide (/insights/amr-roi/) for a payback method finance can challenge.