South Korea’s ROBOTWORLD 2026 to open with 402 exhibitors; new humanoid pavilion added

ROBOTWORLD 2026 will be held Nov. 4-7, 2026, at KINTEX in Goyang, South Korea. According to a report on an announcement by the organizers, 402 companies from 17 countries will exhibit, with physical AI and AI-driven manufacturing as its themes. The new humanoid pavilion will feature not only complete robots but also actuators, sensors, controllers and AI software.

The new pavilion will cover not only complete humanoid robots but also actuators, sensors, control equipment and AI software. It will give those considering robot adoption a venue to compare robots and their components at the same exhibition, although exhibitor information alone cannot establish compatibility among the components or real-world operating performance.

The number of exhibitors and countries indicates the scale of the exhibition, but alone it cannot measure robot adoption or companies’ business progress. One notable feature of this year’s setup is that the humanoid pavilion will cover not only complete robots but also actuators, reducers, sensors, controllers and AI software. This approach puts not only robot intelligence but also the components and control systems that enable movement within the scope of the exhibition. However, having exhibitors in these fields does not mean their products are integrated into one product or deployment site, and the exhibition’s format does not establish how far implementation has progressed. The accompanying conference will have 36 sessions divided into “Manufacturing AX,” “Humanoid with Physical AI” and “Mobility.” Separating AI adoption in manufacturing, robot intelligence and mobility into distinct tracks suggests an effort to discuss physical AI alongside manufacturing processes and mobile platforms, rather than focusing solely on robot performance. However, the information provided does not show how conference presentations or exhibits relate to operating rates, work times or quality in actual factories. The article cites the International Federation of Robotics’ “World Robotics 2026,” reporting 603,307 industrial robot installations in 2025, up 11% from the previous year. Asia accounted for 457,315 units, or 76% of new installations worldwide, and the article also gives a forecast of 655,000 units for 2026. These are different measures from the exhibition’s exhibitor count, and the scale of the exhibition should not be treated as evidence of robot adoption. Our report on FANUC’s launch of a safety software PLC is a separate development related to control and safety functions in manufacturing robots. It is related to the exhibition’s AI manufacturing theme, but the article does not say that the product will be exhibited or included among the exhibitors. Even when viewed alongside our coverage of funding trends, fundraising, participation in an exhibition and real-world operation should be considered separately. Exhibitor and session counts indicate the breadth of activity, but are not evidence of orders, deployments or mass production. The next points to check are where the exhibited systems are operating, their working conditions and operating records, and the connection specifications between components and software. The article provides no such results or figures, so any assessment linking the exhibits to real-world outcomes remains premature.