Honda shows AI-assisted Avatar Robot at CEATEC, with a 288-sensor dexterous hand
The teleoperated system pairs a human-scale 16-joint hand with AI grasp assistance for remote physical work.
Honda R&D demonstrated its Avatar Robot at CEATEC 2026 at Makuhari Messe in Chiba, Japan, pairing a human-scale multi-fingered robotic hand with an AI assistance system for remote physical work. The exhibit, running through the October 13-16 show, was covered on-site by Ubergizmo and reported by Interesting Engineering and RobotStart.
The hand's reported specifications read like a dexterity wish list: 16 actuated joints, each capable of continuous motion at up to 180 degrees per second; up to 50 newtons of continuous force per fingertip; six-axis force sensors measuring force and torque at the fingertips; and 288 tactile-sensor channels spread across the fingers and palm. Honda says the mechanism has survived more than 450,000 durability cycles, including 24,000 lifts of a 5 kg load.
The concept is telepresence with training wheels: a human operator judges the situation and decides what to do, while AI assistance translates intent into precise motion. Honda describes software that infers the intended object and grasp from the operator's eye and hand movements, corrects the hand's position and angle using 3D measurements, tunes grip force from fingertip and contact sensors, and returns vibration feedback through the operator's gloves. The company says the hand can pick up a coin, open a bottle cap, thread a needle, tighten screws, and handle scissors - and points to equipment maintenance, medical support, disaster response, and space operations as target applications.
The project has deep roots: Honda publicly introduced the Avatar Robot initiative in 2021, channeling decades of ASIMO robotics experience toward remote-work robots aimed at the 2030s. At CEATEC the unit was stationary - no legs - with the focus squarely on the hands. A Honda staff member operated the R&D prototype live from a control room inside the exhibit.