
The PUDU MP2000 is designed to simplify autonomous floor-to-floor material transport across warehouses and factories. | Credit: Pudu Robotics With pallet pickup cycles as fast as 20 seconds, Pudu Robotics yesterday unveiled the MP2000, an AI-powered autonomous pallet handler built to tackle high-frequency, heavy-payload transport in crowded manufacturing and logistics hubs. The MP2000 extends the company‘s portfolio of autonomous mobile robots (AMRs), enabling autonomous pallet acquisition
Pudu Robotics has unveiled an AI-powered autonomous pallet handler designed to transport heavy loads between floors in warehouses and factories, with the ability to pick up pallets in as little as 20 seconds. The device uses 3D lidar and depth cameras to identify pallet locations, avoid obstacles, and adapt to different pallet formats and misaligned loads. When deployed alongside other robots from the same company, the MP2000 coordinates tasks through distributed fleet intelligence that maintains operation even during network outages. The robot can also communicate with facility equipment like doors and elevators, and includes a manual override option to function as a powered forklift.

Lightbringer’s co-founders and board members, from left: CTO Markus Andreasson, CEO Dominic Davies, and CCO Ola Wassvik. Source: Lightbringer Developments in AI, machine learning, and automation have given robots capabilities that would have seemed extraordinary a decade ago. As competition intensifies, the physical AI race is becoming less likely to be won by whoever builds the best robot, and more likely to be won by whoever owns the technology that determines its behavior. This is a par

The Robot Report Podcast · Inside Omron’s Next-Generation LD Mobile Robots Miguel Garcés Moreno, PMM, mobile robots, OMRON In Episode 264 of The Robot Report Podcast, we interview Miguel Garcés Moreno, product marketing manager for Europe, the Middle East, and Africa (EMEA) for mobile robots at OMRON Industrial Automation Europe. He leads product strategy across autonomous mobile robots (AMRs), industrial automation, and force- and power-limited or collaborative robots. Backed by an industrial

https://www.therobotreport.com/wp-content/uploads/2026/10/lilly-physical-ai.mp4 Human-robot interaction is one of the biggest unlocks left in industrial automation to enable stronger safety, but most HRI research happens on university campuses that produces data that rarely survives contact with a live production floor. Running studies inside a working manufacturing site is logistically hard enough that most academia–industry partnerships never get past the first meeting. At RoboBusiness 2026, F
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