What is the Xtron Kuavo My?
The XTRON KUAVO-MY is a bipedal humanoid robot developed by Leju Robotics, a Chinese company headquartered in Suzhou. It is an upgraded variant of the Kuavo-my home assistance robot, now featuring 30 degrees of freedom and external actuators for enhanced manipulation. Standing 166 cm tall and weighing 55 kg, it is designed for domestic environments, light service applications, and research. Its pre-order price of $57,000 makes it among the most affordable humanoid platforms being commercialized, though key specifications like battery life remain undisclosed. The robot is distributed through Foxtech Robotics and remains in pre-production as of 2026.
Specifications
Here are the full technical specifications.
| Spec | Value |
|---|---|
| Height | 166 cm |
| Weight | 55 kg |
| Degrees of freedom | 30 |
| Battery life | Not specified |
| Max speed | 2.5 km/h |
| Payload | 8 kg |
| Price (new) | ~$57,000 |
| Price (used range) | N/A |
Price & Value
New MSRP: ~$57,000
Used range: N/A
The XTRON KUAVO-MY is listed at $57,000 for pre-order, significantly lower than most humanoid competitors that typically exceed $100,000. This aggressive pricing positions it as a budget option for research labs or early adopters in home robotics. However, buyers should note that battery life is unspecified, and the robot’s walking speed of 2.5 km/h may limit its usefulness in time-sensitive tasks. As a pre-order, early units may face rapid depreciation if Leju scales production and lowers prices. The total cost of ownership could be modest if spare parts and software support are offered, but the lack of a track record adds risk. For institutions with limited budgets, it offers a unique entry into humanoid development.
Who Is It For?
Best for: - Home-assistance robotics developers and researchers requiring a cost-effective 30-DOF humanoid platform for light manipulation tasks.
Not for: - Factories requiring heavy payloads (max 8 kg), fast logistics (max 2.5 km/h), or certified human-safe interaction.
Alternatives & Comparison
The XTRON KUAVO-MY competes in the emerging market for affordable humanoids, though most rivals are either industrial-focused or not yet available. The table below compares it with other notable humanoid platforms targeting similar use cases.
| Model | Price | Available | Key Difference |
|---|---|---|---|
| UBTECH Walker S | Undisclosed (est. >$100,000) | preorder | Taller, faster, and designed for factory floors, not domestic spaces. |
| Xiaomi CyberOne | Not for sale (concept) | no | Larger, with emotion recognition, but still a research project. |
| Fourier GR-2 | Undisclosed (expected ~$80,000+) | preorder | Heavier, stronger, targeting light industrial use, with faster walking. |
Verdict: For home robotics research on a tight budget, the KUAVO-MY’s $57,000 price is unrivaled. But those needing higher speeds, stronger payloads, or proven safety certifications should look to upcoming industrial models like the Walker S. The KUAVO-MY is a promising but unproven entry best suited for patient, risk-tolerant buyers.
Use Cases & Capabilities
Home Service Assistance
The XTRON KUAVO-MY is positioned as a home helper, capable of fetching small objects, opening doors, and providing light assistance to elderly or disabled individuals. Its 8 kg payload allows it to carry groceries or light kitchen items, though its slow walking speed of 2.5 km/h means it will not keep up with a person moving briskly. The 30 DOF enable a range of arm movements, but the lack of published safety certification for close human contact remains a concern. As a pre-order prototype, real-world home testing is still pending.
Research Platform
Universities and corporate R&D labs can use the KUAVO-MY as an affordable testbed for whole-body control, manipulation, and human-robot interaction algorithms. With 30 DOF, it offers sufficient kinematic complexity for advanced research, yet costs far less than most university humanoids. Limitations include unknown onboard computing power and no publicly available ROS integration details. Nonetheless, its bipedal structure and external actuators may attract researchers focused on mechanical design and home environments.
Light Logistics and Warehousing
In indoor settings like small warehouses or retail back rooms, the KUAVO-MY could transport light packages using its arms and 8 kg payload. Its maximum speed of 2.5 km/h is adequate for quiet, non-time-critical deliveries. However, battery life is unspecified, which could limit shift lengths. Compared to wheeled robots, its bipedal locomotion offers flexibility on stairs or uneven floors, but the technology remains unproven in continuous operation.
Customer Facing Roles
The robot’s humanoid form makes it suitable for reception, information, or guide roles in retail stores or museums. It can gesture, point, and carry small informational materials. The 166 cm height is non-intimidating, yet the lack of certified safety features (e.g., collision avoidance) may restrict public deployment. Additionally, its slow pace limits mobility in crowded areas, and the unknown battery runtime makes full-day operation uncertain.
History & Background
Leju Robotics (Suzhou Leju Robotics Co., Ltd.) emerged in China around 2017-2018, initially developing educational robots before moving into humanoids. The Kuavo series debuted with the Kuavo-5 industrial humanoid (44 DOF, 168 cm) showcased at various expos. In 2024, Leju introduced the Kuavo-my, a shorter (145 cm) home-focused variant with 26 DOF, priced as an entry-level humanoid. The XTRON KUAVO-MY, announced in 2025, upgrades the Kuavo-my design with external actuators and a higher DOF count (30), retaining the home-assistance vision but with improved dexterity. As of 2026, the robot is in pre-order phase, distributed through Foxtech Robotics. No deliveries have been widely reported.
Buying Used — What to Check
Verify battery runtime Battery life is unspecified; a degraded or non-standard pack could limit operation to a few minutes.
Inspect actuator wear External actuators may be prone to damage; replacements could be costly and delay deployment.
Confirm software version Leju’s support for upgrades and third-party integration is unknown; outdated software may render the robot inoperable.