Unitree Unveils Human-Sized Robot Hand Starting at $6,500

Key Takeaways

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• Unitree has announced the Dex5-S, a human-sized dexterous robot hand with 22 degrees of freedom, starting at $6,500 before tax and shipping.
• The company says all 22 joints are backdrivable and include impact-torque protection. Chinese launch coverage reports a domestic starting price of 39,900 yuan.
• Dex5-S expands Unitree’s competition with AGIBOT-linked AGILINK in dexterous hands, although incomplete specifications prevent a like-for-like performance comparison.

Unitree has unveiled the Dex5-S, a dexterous robot hand advertised at approximately human-hand size and priced from $6,500, excluding tax and shipping.

In its September 21 announcement, the company describes a 22-degree-of-freedom design with backdrivability across all 22 joints and impact-torque protection at each joint. Chinese launch coverage reports a starting price of 39,900 yuan for the domestic market.

The combination of size, articulation and price gives developers another hand option to evaluate. Whether it translates into useful dexterity will depend on more than the headline joint count.

What Unitree has announced

Backdrivability means an external force can move a joint back through its drive mechanism, rather than the joint moving only when commanded by its motor. Unitree describes this motion as smooth and says each joint has protection against impact torque, but the post provides no quantitative limits or test protocol for that protection.

The distinction between degrees of freedom and actuators also matters: 22 degrees of freedom does not, by itself, establish that all 22 are independently actuated. Unitree’s brief announcement does not explain the actuator arrangement.

At the time of writing, we had not located a dedicated Dex5-S technical page or fuller formal release. Its weight, grip force, tactile-sensing configuration, supported robot interfaces and delivery schedule remain unverified in the materials reviewed.

The rivalry with AGIBOT extends to hands

Dex5-S adds another point of competition between Unitree and AGIBOT: the components that enable robots to manipulate objects. AGIBOT’s dexterous-hand spin-off AGILINK already offers an OmniHand portfolio spanning direct-drive, tendon-driven and compact designs.

In our interview with AGILINK CTO Kun Xiong, the company emphasized touch sensing and stable contact as central to useful manipulation. Its OmniHand 3 Ultra-M has 20 active degrees of freedom and vision-based fingertip tactile sensing, according to AGILINK’s technical sheet. The tendon-driven Ultra-T gives it a second flagship architecture for developers to consider.

Unitree’s human-sized, 22-DOF hand expands the choices in that market. But the numbers are not a performance ranking: AGILINK explicitly specifies active degrees of freedom for the Ultra-M, while Unitree’s brief announcement leaves its actuation and sensing details unclear. A meaningful comparison will also need force-control, durability, integration and pricing data on equivalent configurations.

The competitive significance is broader than which company builds the better humanoid. Both are pursuing the hardware that other developers need to build useful manipulation systems, making dexterous hands a market in their own right.

The release fits Unitree’s stated emphasis on robots and core components, which we covered in its explanation of why it does not intend to become a robot integration company. The next useful evidence for Dex5-S would be a detailed specification sheet and repeatable tests showing how the hand performs across complete manipulation sequences.