AGV vs AMR: What’s the Difference in 2026?

“AGV” and “AMR” are often used interchangeably. They shouldn’t be. The difference drives total cost of ownership, deployment time, and how resilient your automation is to a warehouse layout change.

AGVs follow fixed paths

Traditional Automated Guided Vehicles rely on magnetic tape, induction wires, or QR markers embedded in the floor. They are deterministic, simple to commission at scale, and typically cheaper per unit, but any layout change requires physically re-marking the path. Major AGV vendors include Daifuku, Dematic, Seegrid, and JBT.

AMRs navigate autonomously

Autonomous Mobile Robots use onboard SLAM (LiDAR, cameras, or sensor fusion) to localize themselves against a shared map. They detour around obstacles, reroute when the layout changes, and handle mixed human/robot floors gracefully. Examples include Fetch, MiR, Locus, Geek+, and Hai Robotics.

For the full ranked list, see the AMR category on Robolist.ai or the AGV category.

When to pick each

• Pick an AGV when layout is stable for 5+ years, throughput is extremely high, and you need deterministic cycle times.
• Pick an AMR when the floor reshuffles often, mixed human traffic is expected, or integration speed matters more than per-unit cost.

Total cost of ownership

AGVs win on hardware unit economics; AMRs often win on 5-year TCO because fleet management software, map updates, and navigation flexibility reduce re-commissioning labor. Look at each vendor’s case studies on their Robolist.ai company profile — real deployments are the only trustworthy signal.

Hybrid approaches

Modern “AGVs” from Daifuku and Dematic now include SLAM modes, and “AMRs” from Geek+ ship pre-mapped path modes for high-throughput lanes. The line blurs. On Robolist.ai we classify by the dominant navigation mode the vendor ships.