1X Technologies is set to unveil a groundbreaking robotic hand that could surpass human finger control, addressing a significant challenge in robotics, which experts like Elon Musk and Demis Hassabis have noted as a barrier to practical utility due to limitations in hand dexterity. This innovative design utilizes tendon-like cable routing through Bowden tubes, positioning actuators away from the fingers to enhance control while maintaining compactness. With a potential configuration featuring up to 40 tendons, achieving precise calibration is crucial for enabling independent movement of finger segments, which could allow the hand to handle objects with remarkable dexterity, bolstering advancements in humanoid robotics.
NEO: NEO is the humanoid robot platform created by 1X Technologies for everyday utility. The upcoming robotic hand is intended to equip NEO with superior finger control and joint independence, enabling more precise interaction with objects. This positions NEO as a potential leader in dexterous humanoid robotics.
Elon Musk: Elon Musk leads multiple technology companies focused on AI, autonomous systems, and robotics. He has publicly stated that robotics progress is limited by hand capabilities and that robots will not become broadly useful until hands advance significantly. His commentary frames the 1X Technologies hand reveal as a pivotal step in the field.
Bernt Bornich: Bernt Bornich is an executive at 1X Technologies involved in product development. He announced the imminent unveiling of what he described as the most advanced robotic hand in history. This statement directly ties the company’s technical efforts to the upcoming reveal for NEO.
Demis Hassabis: Demis Hassabis is the CEO of DeepMind, specializing in advanced AI research and applications. He has similarly identified hand dexterity as a critical bottleneck for functional robotics. His perspective aligns with the news to emphasize why 1X’s hand innovation matters for broader AI-robotics integration.
1X Technologies: 1X Technologies develops humanoid robots designed for practical tasks in real environments. The company is preparing to unveil a new robotic hand featuring advanced tendon routing and actuator placement to enhance dexterity for its robots. This development directly targets long-standing challenges in making humanoid robots capable of fine manipulation.
Design Approach: The hand under development employs tendon-like cable routing through Bowden tubes with remote actuators to achieve compact yet highly controllable finger motion.
Industry Challenge: Prominent voices in AI and robotics have identified hand dexterity as the primary barrier preventing robots from becoming practically useful in real-world settings.
Technological Focus: Precise calibration of tendon friction and joint coupling is central to delivering independent finger segment control beyond basic gripping capability.