humanoid.guide introduces Pollen Robotics’ robot hand, Amazing Hand

humanoid.guide reported on November 6, 2026, that it was introducing Pollen Robotics’ robot hand, Amazing Hand. We have not been able to verify the primary source, so please refer to the original article for details.

The article describes a design that houses eight Feetech servos inside the hand, with no cables routed through the forearm, and a build cost of less than 200 euros. For research and educational uses involving hand-mechanism prototyping, these design and cost factors may affect adoption decisions, while grip strength and durability need to be assessed separately.

Amazing Hand’s distinguishing features are not simply its low price, but its design, which houses the motors in the hand rather than the forearm and eliminates the need for cables routed through the arm, along with its use of 3D-printed parts. The reported build cost is less than 200 euros, but this is a build cost cited in the article, not the retail price of a finished product. Alongside its stated weight of 400 grams, one point to assess is how concentrating components in the hand affects the overall robot configuration and ease of handling. However, the article provides no measured grip-strength figures or durability test results. [Hugging Face releases robot-learning platform LeRobot v0.7.0, supporting conversational control and large-scale data training](/en/news/hugging-face-releases-lerobot-v0-7-0-robotics-training-platform-adding-4e8d3f), covered by this newspaper, reported on an expansion of software infrastructure that includes data and learning functions. Amazing Hand occupies a different layer: the physical hardware used to operate a robot. There is no information that the two are designed to work together, but an open learning platform and a low-cost experimental hand could each help broaden access to development. Whether they can be used by the same users or in the same development workflow cannot be determined without confirming compatible control software and data formats. The hardware configuration uses eight Feetech servos. This is an example of how motor selection and placement, as well as mechanical design, can affect a hand’s size and cable routing. The article’s description, however, does not establish the scope of the open-source release, component availability, what an assembly kit includes or the control interface. To evaluate it as a research or educational prototype, users would need to check the assumptions behind the build cost, as well as the degrees of freedom per finger, performance during continuous operation and range of graspable objects. The article also says its comparative evaluation does not show measured lifting capacity, so practical performance cannot be judged from price or external design alone.