In a move signaling a significant leap in robotics and artificial intelligence, LG Innotek has joined forces with Japanese firm TDK to develop advanced vision and tactile sensing modules. This strategic collaboration harnesses LG Innotek’s prowess in optical and precision engineering and merges it with TDK’s cutting-edge sensor technologies.
The partnership is set to yield its first major outcome in 2027 with the introduction of an innovative vision sensing module that incorporates an inertial sensor. This system is designed to integrate visual, motion, direction, and sound data, providing robots with enhanced abilities to perceive and interact with their environment. One of its key features will be the reduction of image distortion caused by movement, which is expected to significantly improve robotic vision and functionality.
Simultaneously, the duo is working on a tactile sensing module that aims to mimic the sensitivity of human skin. This component will enable robots to detect touch and pressure across various parts of their structure, such as hands, arms, and bodies. The tactile module is also projected for a 2027 release, marking a major step forward in the development of robots capable of more nuanced and precise interactions with their surroundings.
LG Innotek views this partnership as a pivotal move to bolster its standing in the burgeoning robotics market. By expanding its portfolio to include an array of AI sensing technologies—ranging from cameras and lidar to radar and tactile sensors—the company is poised to play a significant role in shaping the future of robotics and physical AI applications.