UBTECH Walker S2 Industrial Humanoid Robot Weekly Rental
In stock
- BRAND:
- UBTECH
- MODEL:
- WALKER S2
- ORIGIN:
- China
- AVAILABILITY:
- SUBJECT TO AVAILABILITY
- SKU:
- UBTECH-Walker-S2-Rental
This next-generation robot builds on the Walker S1 predecessor, introducing pioneering features like autonomous hot-swappable batteries that enable true 24/7 operation without human intervention. With 52 degrees of freedom (DOF), fourth-generation bionic arms, and BrainNet 2.0 AI, the Walker S2 excels in complex indoor environments, performing tasks such as material handling, assembly, and inspection with sub-millimeter precision. Its design emphasizes durability, with components tested for over 80,000 cycles, making it suitable for high-intensity industrial applications like automotive production lines at companies including BYD, Nio, and Zeekr.
SEO-optimized for searches on "UBTECH Walker S2 specifications," "Walker S2 industrial robot applications," and "autonomous battery swapping humanoid," this robot positions UBTECH as a competitor to Tesla Optimus, Figure 01, and Boston Dynamics Atlas in the growing humanoid robotics market.
Design and Features
Physical Structure and Mobility
The Walker S2 features an anthropomorphic design mimicking human proportions, with a height of 1.76 meters and a weight of 95 kg, constructed from aerospace-grade aluminum alloy and carbon fiber reinforced polymer (CFRP) for lightweight strength. Its bipedal locomotion system supports a maximum walking speed of 2 m/s (7.2 km/h), enabling stable navigation through dynamic factory floors with human-like responsiveness. Advanced dynamic balance control allows pitching up to 170° and recovery from perturbations, ensuring reliability in cluttered spaces.
The robot's waist rotates ±162°, providing a full 1.8-meter operational radius for payload handling up to 15 kg. Hollow-structured bionic arms with integrated wiring enhance flexibility, while dexterous five-fingered hands replicate human dimensions for precise grasping and manipulation.
Key Hardware Innovations
Central to the Walker S2 is its dual-battery system with 48-volt lithium batteries, supported by an autonomous swapping mechanism completed in under 3 minutes via coordinated dual-arm operations. This "world-first" feature uses dynamic balancing and scheduling algorithms to minimize downtime, allowing continuous operation. High-torque brushless motors power all 52 DOF, including 6-axis IMUs in the torso and feet for real-time stability.
Sensors include dual high-resolution RGB cameras for binocular stereo vision, depth LiDAR for SLAM navigation, a four-mic array for audio processing, force/torque sensors in wrists, and tactile feedback in fingertips. Temperature and voltage monitors ensure safe, prolonged use.
Technology and Specifications
AI and Control Systems
Powered by UBTECH's proprietary Co-Agent system and BrainNet 2.0, the Walker S2 employs multimodal reasoning for task planning, embodied interactions, and human-like thinking chains. This enables autonomous exception handling, real-time path planning, and swarm coordination for multi-robot deployments. Vision-based perception fuses RGB stereo data with proprioceptive sensors for precise spatial awareness in varying lighting.
Detailed Specifications
| Category | Specification |
|---|---|
| Height | 1.76 m |
| Weight | 95 kg |
| Degrees of Freedom | 52 |
| Max Speed | 2 m/s (7.2 km/h) |
| Payload Capacity | 15 kg (arms) |
| Battery | Dual 48V lithium, hot-swappable |
| Vision | Dual RGB stereo cameras, LiDAR |
| Durability | Hands >80,000 cycles |
| Waist Rotation | ±162° |
| Operating Radius | 0–1.8 m |
These specs make the Walker S2 ideal for "industrial humanoid robot with dexterous hands" queries, outperforming predecessors in endurance and intelligence.
Applications and Use Cases
The Walker S2 targets smart factories, warehouses, and service environments, performing human-like tasks such as garbage removal, object transport, equipment operation, and plant watering. In automotive manufacturing, it handles assembly, inspection, and logistics on production lines, as deployed by BYD, Nio, and Zeekr.
Additional use cases include:
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Material Handling: Carrying 15 kg loads across factory floors with stability.
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Precision Assembly: Sub-millimeter tasks like screwing or wiring via dexterous hands.
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Inspection and Quality Control: Using vision systems for defect detection.
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Logistics and Retail: Navigation in warehouses, hotels, or stores for inventory and customer service.
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Healthcare Support: Potential for light assistance tasks in controlled settings.
Recent deals, like a US$37 million contract for battery-swapping deployments in China, highlight its scalability for 24/7 automation.
Advantages and Benefits
The Walker S2 offers unmatched uptime through autonomous battery swapping, reducing operational costs by eliminating manual recharging. Its human-like bipedal mobility accesses narrow spaces unavailable to wheeled robots, while AI-driven autonomy minimizes programming needs for complex tasks.
Benefits include enhanced worker safety by handling hazardous jobs, scalability via swarm operations, and ROI through high durability (e.g., 80,000+ cycles). Compared to rigid industrial arms, its flexibility suits dynamic environments, positioning it as a versatile "industrial co-worker."
Comparisons
| Feature | UBTECH Walker S2 | Tesla Optimus | Figure 01 | Boston Dynamics Atlas |
|---|---|---|---|---|
| Height | 1.76 m | ~1.73 m | ~1.68 m | ~1.88 m |
| DOF | 52 | ~28 | ~41 | ~28 |
| Battery Swap | Autonomous (3 min) | Manual | Manual | N/A |
| Payload | 15 kg | 20 kg | 20 kg | 11 kg (dynamic) |
| Primary Focus | Industrial 24/7 | General | Industrial | Research/Dynamic |
The Walker S2 leads in continuous operation and precision manipulation for factory settings.
Pricing and Availability
Pricing for the UBTECH Walker S2 starts around enterprise-level contracts, with units deployed in high-volume via partnerships like the recent China deal. Availability is through UBTECH's official channels, including ubtrobot.com, with custom integrations for industries. Contact UBTECH for quotes on "Walker S2 pricing industrial humanoid."
FAQ
What is UBTECH Walker S2?
The UBTECH Walker S2 is a 1.76m industrial humanoid robot with 52 DOF, autonomous battery swapping, and AI for 24/7 factory tasks like assembly and handling.
How does UBTECH Walker S2 work?
It uses BrainNet 2.0 AI, dual RGB vision, and dexterous arms for task planning, navigation, and self-battery swaps in under 3 minutes via coordinated motions.
Why is UBTECH Walker S2 important?
It enables continuous automation in manufacturing, addressing labor shortages with human-like dexterity and reliability, as seen in BYD deployments.
What are the benefits of UBTECH Walker S2?
Key benefits include 24/7 uptime, 15 kg payload handling, sub-millimeter precision, and cost savings from reduced downtime in smart factories.
Summary
The UBTECH Walker S2 stands as a pinnacle of industrial humanoid technology, combining autonomous operation, advanced AI, and robust design for transformative applications in manufacturing and beyond. Its factual specifications and real-world deployments affirm UBTECH's leadership in robotics innovation.
Specifications
Movement
Manipulation
Sensors & Connectivity
Power & Compute
General
Videos
Case Studies
World’s first mass humanoid robot delivery begins as UBTech sends Walker S2 units
UBTech wins US$37 million deal to deploy humanoid robots at China-Vietnam border crossings
Inside China’s Autonomous Border Robots: Walker S2 Ushers a New Era of Smart Patrol
UBTECH’s Walker S2 Humanoid Robot Steps Into Factories, Hundreds at a Time
China’s humanoid robots get factory jobs as UBTech’s model scores US$112 million in orders