Start with the route
A good AMR project starts with pickup points, drop zones, load specs, and traffic behavior, not a generic robot pitch.
The right AMR depends on payload, route type, docking method, rack or cart design, aisle width, traffic, and how operators hand off material.
| Question | PUDU T300 | PUDU T600 | PUDU T600 Underride |
|---|---|---|---|
| Best fit | Flexible 300 kg material movement, kitting, line feeding, and cell-to-cell flow. | Heavier 600 kg lifting workflows, finished goods, and end-of-line movement. | Low-profile underride movement under compatible racks and carts. |
| Workflow type | Smaller payloads, flexible routes, conveyor or tray-style handling. | Heavier payload routes where lift support matters. | Rack and cart movement where the robot must drive under the load carrier. |
| Buyer priority | Route flexibility and practical line support. | Payload, lift, fleet scheduling, and heavier industrial routes. | Cart compatibility, docking accuracy, and aisle fit. |
| Next step | Bring route map and load details. | Bring payload, pickup/drop details, and traffic rules. | Bring cart/rack dimensions and docking constraints. |
A good AMR project starts with pickup points, drop zones, load specs, and traffic behavior, not a generic robot pitch.
The goal is to help the team keep material moving while people stay focused on skilled work, supervision, and exceptions.
Bring the load, rack, cart, floor plan, or video. GotBots247 will review the practical fit before a private proposal.
No public robot prices. GotBots247 reviews the floor, traffic, team workflow, parts needs, and support path before recommending a robot.
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