Clone Robotics Demos Startlingly Fast Robotic Hand, Touts Neural Controller

Clone Robotics has released a new demo (watch it at the end of the article) video showcasing a striking update on its anthropomorphic hand technology. The video, posted to X (formerly Twitter), shows one of the company's robotic hands mounted on a desk, tele-operated by a human operator wearing a sensor glove. The robotic hand mirrors the human's finger movements with remarkable speed and low apparent latency.

In the accompanying post, Clone stated that building a "fully actuated, human-level robotic hand" is difficult, but making it durable is "even more challenging." The company claims its hand features 27 degrees of freedom, "human-level grip strength and speed," and what it calls "the most durable artificial muscles in the world."

The post specifies that the demo's purpose is to show an "update on the neural joint controller." It also includes the technical caveat that the specific hand in the video is "missing middle flexor muscles," suggesting even more capability is forthcoming.

The demo and its technical claims appear to be a direct nod to the immense difficulty of the challenge. Clone CEO Dhanush Radhakrishnan used the video to quote-tweet a post highlighting recent comments from Elon Musk, who described the human hand as "extremely complex" and a major hurdle for robotics.

This high-performance hand is a key component of the company's broader ambition: the Clone Alpha humanoid robot. As Humanoids Daily previously reported, Clone plans a limited run of 279 Alpha units, with pre-orders slated to open in 2025.

The Clone Alpha project is distinguished by its deep commitment to biomimetic design, aiming to replicate human anatomy with a polymer skeleton, artificial "Myofiber" muscles, and a compact hydraulic vascular system.

While Clone Robotics has not yet publicly demonstrated a fully operational model of the complete robot, this new demo provides the most significant look yet at the performance of its core components. It offers tangible evidence of the "Cybernet" system and the hydraulic muscles in action, managing the kind of complex articulation necessary to fulfill the company's vision for robots in personal assistance and patient care.