Pudu Robotics has introduced the PUDU T150, a light-payload industrial delivery robot intended for internal material transport in manufacturing and warehouse environments. The model is designed for applications involving payloads of up to 150 kilograms and targets use cases such as electronics manufacturing, plastics production, and small-item warehousing in sectors including fast-moving consumer goods, beauty products, and apparel.
The PUDU T150 is positioned as an entry-level option within the company’s industrial delivery lineup, with an emphasis on simplified deployment and operational accessibility. According to the company, the system is intended to address barriers that have limited adoption of internal logistics automation among small and mid-sized manufacturers, including upfront costs and complex installation requirements.
Initial availability covers Mainland China as well as Hong Kong, Macao, and Taiwan, with distribution extending to selected markets in Southeast Asia, South Korea, and Turkey. The robot is offered in two configurations: a lifting version designed for integration into automated workflows, and a standard version focused on point-to-point material transport.
The platform uses visual simultaneous localization and mapping technology combined with dual LiDAR sensors to support navigation in dynamic industrial environments. The navigation system is designed to maintain positioning accuracy in facilities where layouts and obstacles change frequently. The company states that mapping can be completed directly on the device within minutes and that the robot can be placed into operation within a short deployment window without physical modifications to the site.
The PUDU T150 features a one-piece integrated chassis constructed from high-strength materials, a design intended to support durability in continuous operation. The company indicates a projected service life of up to five years under high-frequency industrial use. The robot is designed for operation through an onboard touchscreen interface, with additional support for remote task management and system integration through external devices and application programming interfaces.
Safety features are designed to comply with the ISO 3691-4 standard for industrial driverless trucks. Power options include wired charging, automatic recharging, and battery swapping, supporting extended operation across multiple shifts.
