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Kuavo-my humanoid robot by Leju Robotics
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Leju Robotics

Kuavo-my

Prototype
Updated 5 days ago
34%
Data Quality

Commercial guide humanoid with 26 DOF designed for retail and exhibition environments. Features intelligent guidance and information delivery.

Height
145 cm
Weight
45 kg
DOF
26
Runtime
N/A
Max Speed
1.25 m/s
Price
$50,000

Pricing

Price History

$50,000
Current Price
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Detailed Specifications

Physical Specifications

Height145 cm
Weight45 kg
Country of OriginChina

Mobility

Total Degrees of Freedom26
Max Walking Speed1.25 m/s

Manipulation

Total Payload3 kg

Commercial Information

Price$50,000
AvailabilityPrototype
Target MarketRetail, Exhibition, Commercial
StatusPrototype

About Kuavo-my

Leju's Kuavo-MY represents the company's youth-focused humanoid platform, designed as an accessible entry point for education and development applications. Standing 1.4 meters tall and weighing 45 kg, the MY variant emphasizes the teachability and openness that make humanoid platforms valuable for learning.

The robot features 26 degrees of freedom with 14 DOF in the arms and 12 in the legs, powered by Leju's self-developed joints with 360 N·m peak torque and 150 rpm speed. Bipedal locomotion supports omnidirectional walking at 4.6 km/h, adapting to sand, grass, and varied terrain with capabilities that provide realistic deployment experience for students and developers.

Kuavo-MY runs on Huawei's KaihongOS based on OpenHarmony, integrating an open-source motion controller for trajectory planning, feedback control, and state estimation. This transparency allows developers to understand and modify the control stack rather than treating it as a black box.

The platform includes depth cameras for environment perception and HDMI/USB 3.0 interfaces for external device connectivity. Leju positions Kuavo-MY as the platform for the next generation of roboticists, providing authentic humanoid experience at a scale and price point accessible to universities and development teams who would otherwise be priced out of full-scale humanoid research.

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