Domestic bionic dexterous hand has reached the next level

The spotlight of embodied intelligence still shines brightly, and agile hands have moved from behind the scenes technology to the forefront of industry.

As one of the focus projects in the humanoid robot community, Tesla Optimus' 2025 production plan has been constantly adjusted. According to multiple media outlets citing informed sources, Tesla is currently facing a bottleneck in the research and development of the core component of the robot "hand", and needs to mobilize core resources to tackle key design defects.

Musk himself stated in a podcast interview in September this year that "the hand system, including the forearm, is the biggest technical challenge for the engineering landing of the entire robot

In fact, with the rapid development of humanoid robots and embodied intelligence, dexterous hands are no longer simple execution components, but the core terminal for robots to achieve environmental interaction and task execution. Their technological breakthroughs directly determine the commercialization and landing process of robots, and are also a key link in the humanoid robot industry chain. Especially at the level of tactile perception, how to accurately replicate the delicate tactile feedback and force control accuracy of the human hand has been a long-standing challenge in the field of dexterous hand technology.

At a time when the industry's attention is focused on tackling the challenge of dexterous hand technology, QiangBrain Technology from the "Six Little Dragons" camp in Hangzhou recently launched the Revo 2 bionic dexterous hand tactile version.

This product not only inherits the industry-leading advantages of its predecessor dexterous hands in lightweight design and high load ratio, but also takes "reconstructing tactile boundaries" as the core research and development concept, deeply integrating multi-dimensional tactile perception capabilities into biomimetic mechanical structure design, bringing revolutionary intelligent operation solutions to fields such as medical and precision manufacturing that require strict operational accuracy.