Product profile
KUAVO 5W
Leju positions KUAVO 5W as the wheeled KUAVO option for industrial use, with high stability, eight-hour endurance and a 0-2600 mm workspace.
Facts
- Company
- Leju Robotics
- Product type
- semi_humanoid
- Status
- commercial
- Primary capability
- mobile manipulation
- Website
- https://www.lejurobot.com/en/products/kuavo-5
About KUAVO 5W
KUAVO 5W combines an omnidirectional mobile base, lifting body and dual seven-axis arms for work across floor-level, bench and elevated industrial positions. Its folding and lifting mechanisms extend the reachable workspace while retaining a stable wheeled chassis for long-duration movement between production stations.
The platform integrates head and wrist cameras, optional lidar, microphones and NVIDIA Jetson AGX Orin compute. Manual and autonomous charging or battery exchange support repeated operation, while dexterous-hand and gripper options adapt the arms for inspection, handling and equipment interaction. Leju positions the robot for manufacturing, patrol, guidance and research deployments.
Market context
semi_humanoid, 1600, mobile_manipulator_platform, 900, e521930966e27792c271dea00299043b46ad4c94fed1fe8d742160f470c53115, Official Leju KUAVO 5W product banner/reference; wheeled variant isolated; studio background edit only, reviewed_16x9, Wheeled humanoid-style robot; classified as Semi-Humanoid rather than a bipedal humanoid., semi_humanoid, industrial_robotics, wheeled mobile base, https://www.lejurobot.com/en/products/kuavo-5, industrial_endurance_variant, https://www.lejurobot.com/en/products/kuavo-5, https://zlsbkmaixmmnjrgpkcyp.supabase.co/storage/v1/object/public/robotics_assets/products/fourier-leju-studio-2026-08-01/dark-unitree-style/kuavo-5w-studio-dark-unitree-style-1600x900.png, mobile_manipulator, https://zlsbkmaixmmnjrgpkcyp.supabase.co/storage/v1/object/public/robotics_assets/products/fourier-leju-studio-2026-08-01/kuavo-5w-studio-1600x900.png, products/fourier-leju-studio-2026-08-01/dark-unitree-style/kuavo-5w-studio-dark-unitree-style-1600x900.png, semi_humanoid, imagegen_studio_background_edit_from_official_reference_dark_unitree_style, Semi-Humanoid, semi_humanoid, Approved Unitree Go2-W hero treatment (darker charcoal-gray neutral studio sweep), 1600x900 da...
Summary
Type: Semi-Humanoid
Core: Wheeled industrial manipulator
Function: Mobile manipulation
Audience: Industrial operators
Specifications
- endurance_hours
- 8 hours endurance h
- runtime_h
- 8 h
- workspace
- 0-2600 mm workspace
- workspace_height_range_mm
- 0-2600 mm mm
Operations
- Environment
- industrial, indoor_structured
- Primary user
- industrial_operator, robotics_developer
- Role
- mobile_manipulation, industrial_robotics
- Interaction model
- developer_control, supervised_autonomy
- Mobility class
- wheeled, semi_humanoid
- Product detail
- semi_humanoid, 1600, mobile_manipulator_platform, 900, e521930966e27792c271dea00299043b46ad4c94fed1fe8d742160f470c53115, Official Leju KUAVO 5W product banner/reference; wheeled variant isolated; studio background edit only, reviewed_16x9, Wheeled humanoid-style robot; classified as Semi-Humanoid rather than a bipedal humanoid., semi_humanoid, industrial_robotics, wheeled mobile base, https://www.lejurobot.com/en/products/kuavo-5, industrial_endurance_variant, https://www.lejurobot.com/en/pro...
Research, Articles and recent verified events
- Dongfang Precision reports RMB 83 million Kuavo5 order book and batch deliveries — 2026-07-28
- Leju Robot and Huixi Intelligence sign embodied-AI compute partnership — 2026-06-17
- Kuavo 4Pro validates model-based dynamic whole-body dancing framework — 2026-04-05
- Leju Robotics and Dongfang Precision put 10,000-unit humanoid production line into operation in Guangdong — 2026-03-29
- Robbyant and Leju Robot form strategic partnership to commercialize embodied AI systems — 2026-03-16
- Schaeffler Partners with Leju Robotics for Humanoid Deployment in China — 2026-03-02
- Leju Robotics Raises $210.5M in Pre-IPO Financing Round — 2025-10-22
- Kuavo 4Pro paper optimizes multi-location industrial inspection with humanoid robots — 2025-10-13