Autonomous Mobile Robot (AMR) for Warehouse & Industrial Logistics
Autonomous Mobile Robot (AMR) for Warehouse & Industrial Logistics
Autonomous Mobile Robots (AMRs) navigate using AI-powered mapping and real-time obstacle detection. No fixed tracks, no infrastructure modification. They adapt to your facility and reroute automatically around people and equipment.
TexTrack offers two warehouse AMR systems purpose-built for material transport, parts replenishment, and internal logistics in distribution centers, manufacturing plants, and 3PL facilities.
What Is an Autonomous Mobile Robot (AMR)?
An AMR builds and updates its own map of the environment, detects obstacles in real time, and reroutes automatically when its path is blocked. No wires in the floor, no magnetic tape, no fixed guide paths. This makes AMRs fundamentally different from traditional AGVs and dramatically reduces deployment complexity. A warehouse AMR can be operational in days.
AMR vs AGV: What's the Difference?
| Feature | AMR | AGV |
|---|---|---|
| Navigation | AI mapping, dynamic routing | Fixed paths (tracks, tape, magnets) |
| Infrastructure | None — software only | Physical guide infrastructure required |
| Obstacle handling | Detects and reroutes in real time | Stops and waits for clearance |
| Deployment time | Days | Weeks to months |
| Flexibility | High — routes reconfigurable via software | Low — requires physical change |
TexTrack Warehouse AMR Systems
Autonomous Warehouse Logistics Robot
Full-size AMR for large-scale material transport across DCs, fulfillment centers, and 3PL operations.
Compact Material Transport AMR
Compact AMR for tight spaces and narrow aisles — manufacturing work cells, narrow-aisle warehouses, assembly line replenishment.
Where Warehouse AMRs Deliver the Most Value
- Material replenishment to production lines (JIT, continuous)
- Goods-to-person fulfillment support
- Internal logistics across large distribution centers
- Off-hours material positioning without staffing overhead
Frequently Asked Questions
What does AMR stand for?
Autonomous Mobile Robot — a self-navigating robot using AI and sensors to move independently without fixed infrastructure.
What is the difference between an AMR and an AGV?
AGVs follow fixed floor-embedded paths. AMRs use AI mapping to navigate dynamically, rerouting in real time. AMRs require no floor infrastructure and deploy in days vs. weeks.
How long does deployment take?
Facility mapping: 1–2 days. Standard routes operational within the first week.
Can it integrate with our WMS?
Yes. TexTrack AMRs support WMS integration for automated task assignment and route optimization.
How is it different from an autonomous forklift?
Autonomous forklifts handle pallets with lift mechanisms. AMRs handle lighter payload transport and tote/shelf movement at floor level.
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