Leju Robotic

KUAVO

KUAVO is Leju Robotics' flagship humanoid robot platform, designed for embodied AI research, education, intelligent service, and industrial experimentation. It features a modular architecture, 26 degrees of freedom, self-developed high-torque joints, Huawei KaihongOS/OpenHarmony integration, and support for large AI models such as Huawei Pangu.

KUAVO 4 Pro

open-scale humanoid research and commercial deployment platform. It combines embodied AI, autonomous navigation, imitation learning, multimodal perception, and industrial-grade motion control. The platform is designed for research institutions, universities, intelligent service deployments, and industrial experimentation. It integrates Huawei Cloud CloudRobo and supports large AI models such as DeepSeek and Doubao.

KUAVO 5

designed for industrial automation, embodied AI deployment, logistics, intelligent manufacturing, commercial services, and advanced robotics research. The platform incorporates enhanced mobility, stronger manipulation capabilities, improved AI integration, and industrial-grade reliability

KUAVO 5-W

uses a high-efficiency wheeled mobility base while retaining the same humanoid upper body, dexterous manipulation capabilities, Huawei Pangu AI integration, and modular architecture. It is optimized for factories, warehouses, logistics facilities, commercial environments, and indoor service applications where wheeled locomotion provides greater efficiency than walking.

PANDO

PANDO is a compact educational and companion humanoid robot introduced by Leju Robotics in 2018 as part of its MINI robot series. Inspired by a panda design, it was created for STEM education, introductory programming, AI learning, and interactive entertainment. It supports Scratch-style programming, app control, gesture interaction, obstacle avoidance, and mission-based activities

Roban-2

Compact bipedal humanoid robot developed by Leju Robotics for education, AI research, robotics training, ROS development, humanoid locomotion research, and human-robot interaction.

AELOS Lite

AELOS Pro

AELOS Pro3

AELOS / 1S is a compact educational humanoid robot designed for STEM education, programming, robotics competitions, and introductory AI/robotics training. It supports visual programming, Python programming, mobile app control, and humanoid locomotion. It was widely deployed in schools, universities, and robotics competitions.

AELOS Smart

KUAVO 1.0

developed as an open humanoid platform for embodied AI research, education, intelligent services, and early industrial experimentation. The platform introduced Leju's high-torque joint architecture, Huawei ecosystem integration, and ROS-based development environment.

KUAVO 3.0

full-size humanoid robot developed by Leju Robotics for embodied AI research, intelligent service, industrial experimentation, and education. It features 26 DOF, high-torque actuators, omnidirectional bipedal locomotion, Huawei KaihongOS integration, imitation learning, and support for large AI models such as Huawei Pangu.

KUAVO-MY

a commercial service humanoid robot developed by Leju Robotics for shopping centers, exhibition halls, retail environments, education, research, and intelligent customer interaction. The robot combines omnidirectional bipedal locomotion, AI-powered interaction, imitation learning, and autonomous navigation to provide guidance, explanation, and customer service in public environments. The "MY" designation is often described as "Make Yours", emphasizing customization and secondary development.

ROBAN

ROBAN is a programmable humanoid robot developed by Leju Robotics for STEM education, robotics competitions, AI research, and human-robot interaction. The platform became well known through the RoboCup Humanoid League and educational robotics deployments, offering advanced bipedal locomotion, programmable behaviors, and vision-based interaction in a compact humanoid form factor.

ROBAN 2

medium-sized bipedal humanoid robot developed by Leju Robotics for education, AI research, robotics training, algorithm validation, and embodied intelligence development. It features 20–23+ DOF depending on configuration, stereo depth vision, ROS/Linux support, self-stabilizing gait control, and modular hardware designed for universities and research labs