Equipped with onboard sensors and real-time terrain perception
Its secret is in the hollow actuator design with high torque density that allows full body balance and smooth, controlled and dynamic movements, these mechanical advances are combined with AI algorithms for real-time navigation, perception and coordination. Equipped with onboard sensors and real-time terrain perception CL-3 can navigate complex environments performing advanced movements such as squats, stretches, push-ups and lifts from the ground.
Its advanced motion control allows ultra-stable actions, even during tasks that require dynamic balance, minimizing risks in industrial and commercial environments, CL-3 uses algorithms that integrate motion control perception and adaptation, allowing it to react to dynamic environments and execute complex coordination tasks.
The fluidity of movements added to the anthropomorphic design facilitates human-robot interaction, making the CL-3 an ideal platform for customer service, assistance or even AI research functions. Beyond functionality, CL T3 seeks to naturalize the presence of robots in human daily life, using movements that evoke familiarity and visual comfort, reducing the feeling of strangeness and facilitating the social acceptance of these autonomous people in public, commercial or industrial environments.
This forces us to ask ourselves, by giving robots such human traits, are we really facilitating coexistence or masking the fact that behind this robotic stretch there is no empathy? To what extent do we want machines to look like us? And to what extent can that generate an illusion of connection that in reality may never exist?
