The primary difference is that an Autonomous Mobile Robot (AMR) uses autonomous navigation to dynamically move through its environment, while a traditional Automated Guided Vehicle (AGV) generally follows a predefined route or guidance infrastructure.
AMRs and AGVs are both used to automate material movement, but their navigation approaches are different.
An AMR can use technologies such as sensors, mapping, cameras, and onboard navigation software to determine its route and respond to changing conditions. This allows an AMR to navigate around obstacles and adapt its movement without depending on a permanently fixed travel path.
Traditional AGVs are generally associated with predefined routes or guidance systems. Depending on the technology, this may involve magnetic guidance, markers, wires, reflectors, or other infrastructure.
The distinction matters when evaluating warehouse automation. Facilities with changing layouts, mixed human-robot traffic, or evolving workflows may benefit from the flexibility of autonomous navigation.
AMRs can also support goods-to-person workflows, material transportation, replenishment, and movement between storage and work areas. Current AMR industry resources identify dynamic navigation, obstacle detection, and infrastructure-free mobility as defining characteristics of AMR technology.
Swisso Storage offers AMR solutions as part of its broader warehouse automation portfolio, allowing AMR technology to be considered alongside VLMs, ASRS, racking, and other material-handling systems.