PUDU T600
The PUDU T600 is a heavy-payload industrial delivery robot designed for moving large payloads. Centered around a robust mobile chassis, it features a touch screen and handle for user-friendly operation. Features: Equipped with a built-in screen, it can be operated directly without a central control system. Includes a power-assist switch, quick-access buttons, and front indicator lights for easy and efficient use.
Idle Elevator Priority Scheduling
In busy multi-elevator scenarios, the system intelligently calls idle elevators first. The smart scheduling algorithm monitors elevator status in real time, prioritizing available elevators to avoid peak-time congestion and resource waste, significantly improving cross-floor delivery efficiency.
Narrow Aisle Intelligent Traffic Strategy
Based on path width and the robots‘ real-time load dimensions, the system intelligently determines whether to apply single-lane or dual-lane traffic modes. It dynamically adjusts routing strategies to maximize space utilization and improve multi-robot coordination efficiency in narrow environments.
Flexible Deployment
The T600 series can quickly adapt to changes in production layouts without the need for time-consuming reconfiguration or facility modifications.
VDA5050 Protocol
Compatible with the VDA5050 standard communication protocol, enabling collaborative scheduling with other compliant robots and systems. No custom development or complex interface integration is required, allowing for rapid deployment of a unified, efficient, and scalable flexible logistics network.
Ground Projection[1]
Projects a linear warning mark in front of the T600 to indicate the travel area, creating a safe human-robot collaborative workspace.
Dynamic Obstacle Avoidance
Autonomously detects low obstacles and flexibly navigates around them to ensure safe operation.
Disaster Avoidance Function
The PUDU T600 series is equipped with a dedicated disaster avoidance module that can intelligently receive signals such as fire alarms and earthquakes, and automatically execute avoidance plans: Autonomous navigation to a safe area. Intelligent judgment to stop and park at a safe location.
IoT Integration
Dimensions
Weight
Maximum load
Battery Capacity
Charging Time
Run-time
Cruise Speed
Navigation Method
Minimum Passability
Max. surmountable height
Max. surmountable gap
Operating Environment
Dimensions
Weight
Maximum load
Battery Capacity
Charging Time
Run-time
Cruise Speed
Navigation Method
Minimum Passability
Max. surmountable height
Max. surmountable gap
Operating Environment
1: Ground projection is not supported on the underride version.
2: Power-assist switch is not supported on the underride version.
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