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NAO

 Nao  

Nao, a 58cm bipedal robot, stands out with its 25 degrees of freedom, enabling impressive movement and adaptability. Enhanced by 7 touch sensors on its head, hands, and feet, Nao possesses tactile sensitivity. It utilizes sonars and an inertial unit for perceiving its environment and spatial orientation. With 4 directional microphones, speakers, and speech recognition in 20 languages, Nao effortlessly interacts with people. Its dual 2D cameras facilitate shape, object, and people recognition. Nao's open and fully programmable nature finds applications in STEM education, specialized learning, healthcare, and marketing, making it a valuable asset in primary and secondary schools.


 

Robovie R3

 Robovie_R3  

Robovie R3 is an advanced humanoid robot distinguished by its impressive technical attributes. With 45 degrees of freedom, it achieves remarkably lifelike movements. Equipped with diverse sensors, including cameras and accelerometers, it navigates and interacts intelligently. Speech recognition and synthesis capabilities facilitate seamless communication, while its programmable design offers a versatile platform for research and development. Robovie R3 represents a cutting-edge advancement in humanoid robotics, holding significant potential for applications in research and education.


 

Pepper

 Pepper  

Pepper, the 120cm tall robot, is expertly designed for human interaction, featuring 20 degrees of freedom for impressively lifelike movements. It employs perception modules to swiftly recognize and engage with people, enhanced by touch sensors, LEDs, and microphones for versatile interactions. With speech recognition available in 15 languages, Pepper ensures effortless communication. Its navigation prowess is backed by infrared sensors, bumpers, an inertial unit, 2D and 3D cameras, and sonars, enabling seamless omnidirectional autonomy. Pepper's open and programmable platform serves a wide range of applications in higher education, research, healthcare support, and marketing.


 

Kaspar

 Kaspar  

Kaspar, a child-sized humanoid robot, serves as a compassionate social companion for children with autism and communication difficulties. Its child-like interactions aid teachers, parents, and children in overcoming social challenges. Kaspar mediates interactions, encourages emotional exploration, and uses simple expressions to break isolation. With touch sensors and interactive play, it fosters tactile understanding and fundamental social skills. Kaspar enhances collaboration, enables cognitive learning through games, and boosts confidence with joint activities like singing and drumming, providing vital support and growth opportunities for children.


 

Mantaro

 Mantaro_Telepresence   The Mantaro Telepresence Robot redefines remote interaction through a blend of innovative features. Sporting high-quality audio-visual capabilities, effortless mobility, and intuitive controls, it facilitates seamless virtual engagement across various domains. Equipped with advanced sensors and cameras, it offers an immersive perspective and smooth navigation. With its adaptable design and user-friendly interface, the Mantaro Telepresence Robot paves the way for enhanced collaboration, learning, and communication in today's digital landscape.