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Pudu Robotics opens European headquarters in Neuss, Germany

2026-11-05 Category: Briefs Comments(0)

Pudu Robotics said its European headquarters in Neuss, Germany, is officially operational. The new facility combines sales, product demonstrations, training, warehousing and after-sales service in one location, and the company said its offices, showroom, warehouse, training, sales, after-sales and repair capabilities are now fully operational.

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Briefs

  • South Korean researcher wins November science award for domestic AI humanoid robot

    South Korea's Ministry of Science and ICT and the National Research Foundation of Korea said Lee Jong-won of the Korea Institute of Science and Technology was selected as the winner of the November Korea Science and Technology Award for developing KAPEX, an AI humanoid robot built with domestically developed core technologies.

  • GAC-backed Huilun, GAC Powertrain target 10,000 humanoid robot capacity by 2029

    GAC-incubated humanoid robot company Huilun Technology and GAC's Powertrain BU are advancing production line construction under an agreement and expect to reach capacity of 10,000 units by 2029. GAC's humanoid robots remain in small-batch application, with cumulative operating data exceeding 12 months, 63,000 km and 189,000 operations.

  • China's MIIT seeks public comment on robot product ID code rules

    China's Ministry of Industry and Information Technology said its Equipment Industry Department I has drafted interim measures for the management of robot product identification codes and is seeking public comment. The rules are intended to establish a unified "ID" for robot products, regulate robot manufacturing and support safety governance in the robot industry.

  • Toyota creates dedicated robotics unit in organizational reshuffle

    Toyota Motor announced a new round of organizational changes, with the most closely watched move being the creation of a dedicated robotics division positioned as "a key pillar of future business." It marks the first time Toyota has separated its robotics business from its manufacturing system and elevated it to a core strategic business segment alongside electrification and software.

  • Pudu Robotics opens European headquarters in Neuss, Germany

    Pudu Robotics said its European headquarters in Neuss, Germany, is officially operational. The new facility combines sales, product demonstrations, training, warehousing and after-sales service in one location, and the company said its offices, showroom, warehouse, training, sales, after-sales and repair capabilities are now fully operational.

  • Unitree founder says robotics likely to hit tipping point next year

    The robotics industry or robot models will most likely reach a tipping point next year, Wang Xingxing, founder of Chinese robotics company Unitree, said at the Internet Entrepreneurs Forum of the 2026 World Internet Conference Wuzhen Summit. Wang also said data, computing power, chip production capacity, energy and minerals will be the world's most critical resources in the future.

  • China's RoboScience raises several hundred million yuan in Series A2 round

    RoboScience, a Beijing-based embodied AI startup, said it has completed a Series A2 funding round worth several hundred million yuan. The company will use the proceeds to deepen work in embodied AI, support continued iteration and upgrades of its large models, advance proof-of-concept validation and scaled deployment in logistics, retail and industrial scenarios, and expand its senior talent pool. Founded in 2024, RoboScience focuses on general-purpose embodied AI models and robot bodies.

  • Tsinghua, Infinigence AI and AGIBOT test collective learning on 96-robot fleet

    A team from Tsinghua University, Infinigence AI and AGIBOT has proposed a new paradigm called Collective Experience Learning (CEL) and validated it at scale on a fleet of 96 real robots, the team said. CEL allows robots to learn not only from human demonstrations but also from the successful experience of other robots in the group. When a robot encounters difficulties during a task, it can draw on peers' past experience to find solutions and improve its performance, according to the team. By sharing and accumulating experience, the robot fleet can improve its capabilities collectively through continued practice, which the team says could support autonomous robot evolution and scaled deployment.
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