ALLEX: WIRobotics Unveils Groundbreaking Force-Sensitive Humanoid Robot
WIRobotics has revealed ALLEX, a revolutionary humanoid robot that redefines tactile capabilities in robotics. This isn’t merely another bipedal machine; ALLEX introduces unprecedented sensory abilities that could transform how robots interact with our world.
The name ALLEX, standing for “ALL-EXperience,” perfectly encapsulates the robot’s impressive capabilities. Its high-degree-of-freedom robotic hand can detect forces as minute as 100 gf—comparable to sensing a butterfly landing on one’s fingertip. This exceptional sensitivity represents a significant leap forward in robotic tactile perception.
ALLEX’s innovations extend well beyond its remarkable hands. The entire body incorporates advanced human-like interaction capabilities, featuring a gravity compensation mechanism that achieves impressive stability. Perhaps most noteworthy are the robot’s arms, which demonstrate backdrivability that surpasses even today’s leading collaborative robot systems.
What truly distinguishes ALLEX is its ability to respond to physical input without conventional force sensors. This capability resembles a form of mechanical intuition, allowing for precise force control and adaptable movement. These attributes position ALLEX for deployment across diverse applications—from service roles to manufacturing environments and domestic settings.
WIRobotics has articulated ambitious plans for ALLEX, aiming to establish technological leadership in general-purpose humanoid platforms. The company is developing a modular approach to the robot’s design, enabling customisation for specific applications. As WIRobotics prepares for field demonstrations across various industries, ALLEX represents a significant milestone in the evolution of humanoid robotics—one that could fundamentally change how machines sense and interact with their environment.
