Xynova's Prima 1 Robotic Hand Named a CES 2027 Innovation Awards® Honoree

The Prima 1 robotic hand is characterized by its "fully direct-drive" system and "22 degrees of freedom," features that contributed to its recognition for innovation in physical AI. "Degrees of freedom" refers to the number of independent movements a robotic joint can make. A count of 22 suggests a high level of dexterity, potentially enabling complex manipulation tasks and more intricate interactions with objects.

A "fully direct-drive" system indicates that the motors directly control the hand's joints without intermediate gearing. This design choice typically enhances precision and responsiveness by minimizing mechanical losses like backlash and friction. For applications requiring physical AI, this can translate to more accurate and fluid movements, which are critical for tasks demanding fine motor control and adaptive responses.

The CES Innovation Awards® designation points to an industry acknowledgment of Xynova's technical approach in combining high dexterity with a direct-drive mechanism. While the award highlights the engineering and design aspects of the Prima 1, the announcement does not detail specific performance benchmarks, practical applications, or comparative advantages against other robotic hands currently available.