Seizing the Humanoid Robot Opportunity — The Bearing Market’s Next Growth Engine
The humanoid robot industry is rapidly transitioning from laboratories to production lines—and precision bearings are at the core of this transformation. For bearing manufacturers, this emerging sector represents a remarkable growth opportunity.
Understanding the demand magnitude
Each humanoid robot requires an estimated 70 or more bearings across its joints—for rotational joints, harmonic reducers, and linear actuators. Morgan Stanley projects the global robotics bearing market will grow from approximately US827millionin2025toaboutUS827millionin2025toaboutUS250 billion by 2050—a nearly 300-fold increase from its 2025 baseline. This projection captures only the original equipment market, excluding replacement and aftermarket demand.
Technical requirements
Bearings are the “joint soul” of robots. Precision, consistency, and stability directly determine joint motion accuracy, operational efficiency, and service life. Key requirements include:
High-precision manufacturing — achieving P5, P4, or P2 grade standards with ultra-low runout
High rigidity and moment load capacity — reduced deflection ensures precise end-effector positioning
Long life and high reliability — designated life expectancy exceeding 10,000 hours in demanding cyclic operations
Ultra-thin cross-sections — enabling joint compactness and overall robot lightweighting
Market growth and domestic substitution
Currently, the thin-walled crossed roller bearing market remains dominated by established international players. However, as the humanoid robot industry scales up rapidly, demand for specialized bearings is accelerating. This creates significant opportunities for qualified domestic alternatives.
Application of bearing steel in robotics has increased substantially—demand share has grown from less than 5% in 2020 to over 12% currently. Premium bearing steel accounts for nearly 15% of core robotics component materials, with ultra-high purity grades rising from 20% to over 35% of usage.
Ouna bearing‘s strategic response
We offer thin-walled crossed roller bearings, harmonic reducer bearings, and P5/P4/P2 precision grade bearings specifically designed for robotics applications. Our team can customize designs according to specific joint specifications and work directly with robot manufacturers through the product development and validation cycle.
As humanoid robots enter scaled deployment, reliable bearing suppliers will be essential. Contact us to discuss your robotics bearing requirements.

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