Datasheet
Industrial Delivery Robot
The PUDU T300 Standard is a transport robot designed for industrial material handling and high-load commercial delivery scenarios, delivering efficient and stable heavy-duty performance.

The PUDU T300 Standard is a transport robot designed for industrial material handling and high-load commercial delivery scenarios, delivering efficient and stable heavy-duty performance.
The T300 is capable of autonomous navigation and can deliver goods to any designated destination. Additionally, you can swiftly adjust the maps to accommodate changes in the production line.
The T300 employs visual recognition technology to facilitate an orderly queuing and following mechanism among multiple robots, a system primarily used for material preparation and the transportation of assorted goods.
The diversified expansion of applications significantly enhances the robot's adaptability and versatility, thereby increasing operational efficiency and simplifying procedures, ensuring a more efficient, smooth, and seamless delivery process.
This allows the PUDU T300 to quickly adapt to changes in production layouts without the need for time-consuming reconfiguration or facility remodeling.
Compliant with the ISO 3691-4 standard, the T300 is equipped with multiple safety measures, including LiDAR sensors, depth cameras, collision protection sensors, and emergency stop buttons. It can identify various low-lying or suspended obstacles and recognize yellow safety lines on the floor, meeting the safety management requirements of factories.
It facilitates precise material transport between production lines and is designed to meet elevator control requirements.
The T300 offers an 8-hour battery life and supports a fast 2-hour charging capability. Equipped with both automatic recharging and battery replacement options, it ensures uninterrupted service to fulfill round-the-clock operational requirements.
| Dimensions | 835 mm * 500 mm * 1350 mm32.87 in × 19.69 in × 53.15 in |
|---|---|
| Charging Time | 2 h (0% to 90%) |
| Navigation Methods | VSLAM & Lidar SLAM |