Leju Robotics

Leju Robotics is a high-tech enterprise specializing in the development and sales of intelligent humanoid robots, leveraging core technologies in robot structural design, torque servos, self-stabilizing biped gait algorithms, and AI algorithm development. The company focuses on creating robots for education, research, and general-purpose humanoid applications, supported by strategic investments from Tencent and others. A key achievement is the launch of their flagship humanoid robot series, including the Kuafu robot, which features advanced joint torque and omnidirectional walking capabilities on diverse terrains.

• KUAVO Series: A humanoid robot unveiled in December 2023, powered by KaihongOS (based on OpenHarmony), capable of jumping 20cm, omnidirectional walking on sand, grass, and obstacles at speeds up to 4.6 km/h, with 14 degrees of freedom in arms and high torque joints.
• AELOS Series: Educational humanoid robots launched in 2016 designed for STEM education and research, featuring torque servos and self-stabilizing gait algorithms.
• PANDO Series: Miniature humanoid robots introduced in 2018, suitable for various applications including education and entertainment.

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• Development of torque servos and self-stabilizing biped gait algorithms enabling stable and dynamic humanoid locomotion.
• Core competencies in robot structural design and core component manufacturing ensuring high-quality hardware.
• AI algorithm development for motion control and autonomous robot behavior.
• Integration of open-source operating systems (KaihongOS/OpenHarmony) for enhanced flexibility and software development.
• Focus on STEM education through robots that support coding and robotics competitions for different age groups.

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• Raised approximately $43.92 million in funding, including strategic investments from Tencent and Shenzhen Capital Group, demonstrating strong financial backing.
• Member of Tencent AI Accelerator and Microsoft Accelerator, reflecting strong industry support and access to advanced AI resources.
• Delivered over 100 full-size humanoid robots by 2025, indicating production capability and market adoption.
• Positioned in the growing humanoid robotics market with a focus on education and general-purpose applications, aligning with increasing demand for AI-driven educational tools.
• Robust patent portfolio covering structural, component, and AI algorithm innovations, creating high entry barriers for competitors.

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