Welcome, Allegro Hand V6!
The Allegro Hand V6 is a robotic hand from Wonik Robotics, a South Korean manufacturer, positioned for robotics research and humanoid development. Its overall Humanoid.Guide Hand Score of 6 out of 10 places it in the capable or mature category. The score combines a Degrees of Freedom rating of 4 out of 5 with a Strength rating of 2 out of 5, giving the product a profile that favors dexterity over its relative strength standing. These ratings describe category performance rather than physical joint counts or measured lifting capacity. For readers comparing robotic hands, that distinction matters: a high degrees of freedom rating and a lower strength tier describe different aspects of the same product, not interchangeable measures of performance. The listed weight is 1.24 kg, and the advertised price is USD 15,000. Together, its research positioning, weight, price, and category scores provide a practical starting point for evaluating the hand alongside other robotic manipulation hardware.
Dexterity and grip strength deserve separate attention when assessing the Allegro Hand V6. Its 4 out of 5 Degrees of Freedom rating is the stronger component of its assessment, while its 2 out of 5 Strength rating occupies a lower tier. The combined score therefore communicates a particular balance rather than uniformly high performance across both categories. For technical comparisons, keeping those two ratings separate makes the evaluation more useful: degrees of freedom addresses one dimension of hand performance, while strength addresses another. A selection process should weigh each category against the intended task instead of treating the total score as a complete specification. The clearest takeaway is a capable overall rating with a stronger dexterity assessment than strength assessment.
The Allegro Hand V6 is listed as in production, with an advertised price of USD 15,000 and an inquiry option for prospective buyers. Wonik Robotics provides a dedicated Allegro Hand website at allegrohand.com, offering a direct point of contact for product information. The Allegro family has an established presence in robotics research, and this model continues that research oriented positioning. Its broader significance lies in the role specialized robotic hands play within humanoid development and manipulation research, where component selection shapes both project budgets and experimental priorities. For purchasing teams, the production status and listed price establish an initial procurement reference, while the category ratings help frame comparisons with alternative hands.
