Far East Electric provides fully customized power and signal transmission wires for the complete UBTECH Walker C1 humanoid robot. Featuring robust performance of slimness & sturdiness, flexibility & stability, and long-term durability, the cables serve as the robot’s vascular power channels and neural pathways, fully securing steady operation, precise interaction and long-lasting performance of the robot to fuel the commercialization and scenario-based application of domestic humanoid robots.

As embodied intelligence advances at a rapid pace, humanoid robots keep evolving toward refinement, high mobility and full-scenario adaptability. The newly unveiled UBTECH Walker C1 full-size humanoid robot stands 163cm tall with 20 degrees of freedom across its body. Boasting reliable locomotion and intelligent interaction capabilities, it acted as the first "Silicon-based Spokesperson" at the 4th Global Supply Chain Expo, capable of diversified services including reception guidance, information consultation and on-stage interaction, demonstrating cutting-edge technological prowess in humanoid robotics.

Behind its outstanding intelligent performance lies an invisible core enabler: all power and signal wires equipped on UBTECH Walker C1 are tailor-supplied by Far East Electric. A key supporting supplier for humanoid robots, Far East Electric has focused on robot-specific cabling and developed the ROBOT-ER ultra-flexible cabling series exclusively for humanoid robots. Custom-engineered for full-spectrum working conditions of humanoid robots, these cables function as the robot’s "power vessels and neural network", accommodating frequent multi-joint movement, compact space integration and continuous high-load operation to underpin reliable robot performance.

Far East Electric’s ROBOT-ER ultra-flexible robot cables cover a full range from 14AWG to 34AWG, precisely meeting differentiated wiring requirements for dexterous hands, robotic arms, torsos and multi-joint assemblies of humanoid robots. The ultra-thin and lightweight cable design fits compact onboard layout perfectly and eliminates drawbacks of conventional bulky cables that complicate assembly. Optimized structural design greatly enhances resistance to bending, torsion and fatigue; the cables sustain over one million flex cycles under 1000g/mm² load, fitting high-frequency reciprocating joint movement, preventing equipment downtime and maintenance caused by cable failure, cutting maintenance expenses and enabling round-the-clock uninterrupted operation.

Adopting a high-current-density proprietary structure, ROBOT-ER ultra-flexible cables deliver outstanding current-carrying capacity within ultra-slim dimensions with low temperature rise, low power loss and superior stability under load, enabling smooth and accurate human-machine response, motion execution and intelligent decision-making for high-precision service functions. Complying with international standards including VW-1 flame retardancy, RoHS2.0 and REACH, the cables feature eco-friendly formulation, excellent flame retardancy, oil resistance, corrosion resistance and anti-aging properties, suitable for complex household, commercial and public service scenarios to guarantee safe large-scale commercial deployment of humanoid robots.

Moving forward, Far East Electric will keep investing in robot cable R&D and deliver products with enhanced flexibility, durability and stability to facilitate iterative upgrading and mass production of humanoid robots, boosting high-quality growth of the embodied intelligence industry.