AMR vs AGV
Both move materials autonomously, but AMRs navigate dynamically while AGVs follow fixed paths. Your layout stability and route predictability determine which is the better fit.
Navigation
AMR: Dynamic, map-based
AGV: Fixed paths or guides
Layout changes
AMR: Easier to adapt
AGV: Costly to change
Best workflow
AMR: Ad-hoc transport, mixed tasks
AGV: Repetitive point-to-point
Typical deployment
AMR: Faster pilot, fleet software
AGV: Engineering-heavy install
Upfront cost
AMR: Varies; RaaS common
AGV: Often higher capex
| Aspect | AMR | AGV |
|---|---|---|
| Navigation | Dynamic, map-based | Fixed paths or guides |
| Layout changes | Easier to adapt | Costly to change |
| Best workflow | Ad-hoc transport, mixed tasks | Repetitive point-to-point |
| Typical deployment | Faster pilot, fleet software | Engineering-heavy install |
| Upfront cost | Varies; RaaS common | Often higher capex |
Choose AMR when
- Layouts change frequently
- Transport is the bottleneck
- You need flexible rerouting
Choose AGV when
- Routes are fixed and repetitive
- Heavy pallet moves on stable paths
- Manufacturing line feed
Related
FAQ
Sometimes for transport use cases, but not when you need heavy guided pallet lines with minimal software overhead. Match the tool to route predictability.