CP AI Robotics unveils retail robots in Tokyo, plans commercial launch in 2027

CP AI Robotics showcased physical AI solutions and robots for retail at RETAIL EXPO Tokyo 2026, held at Tokyo International Forum on Oct. 8-9, 2026. According to Robosta, the exhibit included a demonstration of the wheeled dual-arm C1 robot restocking shelves, as well as a system that combines autonomous operation with remote control. The company announced plans to launch commercial services in 2027.

CP AI Robotics presented a setup that combines practical tasks such as C1 restocking with status monitoring and remote intervention through its M1 robot management platform. This gives retailers a basis for considering not just the deployment of robots, but systems that include human support and operational management. However, the company’s figure of up to 99% autonomous task completion applies only under specified deployment conditions, so those conditions need to be verified.

The focus of the exhibit was not simply on individual robots, but on presenting C1 and H1, AI models and M1, which manages multiple robots, as an integrated system for retail work. C1 is designed to move through narrow aisles and work at different shelf heights, while H1 is intended for interaction with people. The setup assigns different roles to each form factor and brings operations together through M1, indicating an approach that includes task assignment and status monitoring rather than simply placing robots in stores. At the same time, the company’s “up to 99%” figure applies only under what its announcement calls “reported deployment conditions.” The exhibit covered by Robosta showed C1 autonomously restocking products, as well as work supported by remote control. M1 is also designed for remote monitoring and human intervention. The announcement therefore suggests an operating model based on autonomous work with human intervention in exceptional cases, rather than fully unattended operation. However, the number of tasks used as the denominator for the 99% figure, the evaluation period and the frequency of intervention were not disclosed, so the figure alone cannot be used to assess the level of autonomy across overall store operations. Technically, the company says it integrates models, algorithms, real-world behavioral data, robot hardware and deployment infrastructure, and describes a cycle of execution, feedback, learning and redeployment. This is a plan to use work results in stores to improve capabilities, but the materials released for this announcement do not specify what data will be collected, how often it will be collected or how it will feed into training and updates. The design in which M1’s core functions run locally while network connectivity is used for remote monitoring also appears to separate immediate in-store operations from management. The commercial service planned for 2027 will offer two options: direct purchase and RaaS. The company says it will provide hardware, software, operations and ongoing updates as an integrated package, indicating that post-deployment maintenance and capability updates are intended to be part of the service. However, the published materials do not state pricing, uptime, maintenance arrangements, or the regions and tasks targeted at launch. Going forward, it will be important to verify the conditions for task completion rates in actual stores, the operational burden of remote intervention, the respective uses of C1 and H1, and how performance changes with updates.

The robots announced are the bipedal H1 and the wheeled dual-arm C1. According to an announcement by CP Robotics, C1 has an omnidirectional mobile base designed for narrow retail aisles and supports working heights from 100 mm to more than 1,750 mm. The company says it combines front and rear depth sensing with 360° vision and is designed to brake in an emergency when an obstacle is detected within 30 cm. H1 supports interaction in more than 20 languages and has 45 facial expressions and 36 gestures, the company says. The company also announced M1, a platform for managing robots with multiple form factors. Tasks such as execution, navigation and grasping run locally and do not require a continuous, real-time connection to the central platform, while remote monitoring and human intervention use a network connection. The commercial service planned for 2027 will offer a choice of direct robot purchase or a RaaS (Robotics-as-a-Service) subscription.