Welcome, CYBORG H02!

CYBORG H02 is a dexterous robotic hand from Cyborg Robotics, a manufacturer based in Guangdong, China. Its design centers on five fingers and a tendon mechanism inspired by the structure of the human hand. The assembly weighs 750 grams and measures 248 × 114 × 52 millimeters, providing concrete dimensions for assessing its fit within a robotic system. Six electric motors drive the tendon architecture, making the relationship between actuation and joint design a defining feature of the product. Its overall Humanoid.Guide Hand Score is 7 out of 10, placing it in the capable or mature category. Within that assessment, Degrees of Freedom receives 3 out of 5, while Strength receives 4 out of 5. These are category ratings rather than physical measurements or joint counts. Together, they describe a hand with a stronger relative assessment for strength than for degrees of freedom, giving prospective buyers a clear starting point for comparing its design priorities.

The technical distinction is between the hand’s physical architecture and its evaluation scores. Tendons and six motors describe how the assembly is organized, while the two category ratings summarize different aspects of its assessment. A Degrees of Freedom rating of 3 out of 5 is not a statement that the hand has three joints or three independent movements. Likewise, the Strength rating of 4 out of 5 is not a load measurement. For engineering comparisons, these scores provide a concise overview without replacing application specific testing. Teams evaluating a robotic hand should consider dexterity requirements and grip demands separately, then examine how the complete hand fits their intended system. This keeps the comparison grounded in distinct technical priorities rather than treating one overall score as a universal performance measure.

CYBORG H02 is listed as in production, with an advertised price of USD 4,000 and an option to inquire about pricing. That makes purchasing terms and production status relevant parts of its evaluation alongside its physical specifications. Cyborg Robotics is identified as the manufacturer, with its location in Guangdong placing the product within China’s robotics industry. For prospective buyers, the listed price offers an initial budgeting reference, while a direct inquiry is the appropriate route for confirming a quotation and delivery arrangements. More broadly, the product illustrates a design approach built around a lightweight hand assembly, electric actuation, and tendons. Its significance lies in that combination of mechanical choices and commercial availability, rather than in any assumption that a single rating establishes suitability for every robotic application.