ProductJapan

Honda shows AI-assisted avatar robot hand at CEATEC, its post-ASIMO bet

Published 2 min read
Source
ProductKawasaki Heavy Industries

Honda showed its Honda Avatar Robot at CEATEC 2026 from Oct 13 to 16: a remote operator steers a multi-fingered hand while AI adjusts grip and force, demonstrated on screws in an engine case. Honda plans factory troubleshooting first, according to Robostart; no timetable or price was given.

Honda showed its Honda Avatar Robot at CEATEC 2026 in Chiba from Oct 13 to 16, demonstrating a multi-fingered robot hand that a remote operator steers while an AI support system adjusts the grip and motion. Honda R&D had announced the exhibit in a release on Oct 5, describing the goal as a robot that acts as a second self of the user and performs sophisticated tasks without the person being on site. We report it six days after the show closed.

Honda's release says the hand is meant to match a human hand in dexterity and strength and to use tools designed for people, and it names healthcare, facility maintenance, disaster response and space development as target fields. It gives no timetable, price or customer.

What was shown, and what Honda told reporters

According to the Japanese robotics outlet Robostart, the stand demonstration had the robot tighten screws on an engine case under remote control. A Honda official told the outlet that work on the avatar began around the time Honda decided to end ASIMO development and has run for about five to six years. The AI layer, Honda said there, compensates for what a remote operator cannot feel: distance to the object and the force needed to hold it. The aim is to replace bulky force-feedback rigs with a simple controller and to keep the intended task on track under network delay. Honda is first studying the robot for responding to unexpected equipment faults in factories and is also looking at putting the multi-fingered hand alone on production lines, Robostart reported. Those details are not in Honda's own release and are marked as reported.

Three routes to robots that do human work, Japan and abroad
  • AI-assisted avatar
    Example in MEKAWIRE
    Honda Avatar Robot (CEATEC, Oct 13 to 16)
    Who decides each move
    Remote human, AI adjusts grip and force
    Stated first use
    Factory troubleshooting (reported)
  • Learned humanoid policy
    Example in MEKAWIRE
    Kawasaki Kaleido 9 with Matsuo Institute
    Who decides each move
    Reinforcement-learned controller
    Stated first use
    Lifting tasks in research
  • Teleoperated store robot
    Example in MEKAWIRE
    Telexistence
    Who decides each move
    Remote operator plus automation
    Stated first use
    Convenience-store shelf restocking

Compiled from Honda's Oct 5 release, earlier MEKAWIRE stories and company profiles, as of Oct 19, 2026.

As of Oct 19, 2026

MEKAWIRE analysis

Honda is betting that the hard part of humanoid work is the hand and the judgement, so it keeps a human in charge of judgement and lets AI handle the hand.

That is a different wager from Kawasaki, whose Kaleido 9 is being trained with a reinforcement-learned controller with the Matsuo Institute ([earlier story](/news/matsuo-institute-kawasaki-kaleido9-humanoid-rl-policy-lifts-22-7kg-six-weeks-20261019)), and from the CEATEC humanoid prototypes we covered the same week ([earlier story](/news/highlanders-humanoid-n-production-prototype-ceatec-2026-20261013)). An avatar sidesteps the autonomy problem for rare, messy jobs such as a broken machine at 3 a.m., where training data barely exists. The counter-argument is economic: if a skilled person must still drive every task, the robot saves travel time rather than labour. Telexistence, which restocks convenience-store shelves in Japan, pairs teleoperation with autonomy and trains models on its fleet data so the human share can shrink; Honda has not said whether its avatar will follow that path. Watch for a named factory pilot inside Honda, a standalone hand product, and any latency figure Honda publishes for remote operation.

Good or bad news for the company?

 

Key facts
Demo
Tightening screws on an engine case (Robostart)
Event
CEATEC 2026, Makuhari Messe, Oct 13 to 16, 2026
System
Multi-fingered hand plus AI support for remote operation
Announced
Honda R&D release, Oct 5, 2026
Development
About 5 to 6 years, begun around the end of ASIMO (Honda official to Robostart)
Not disclosed
Timetable, price, customers
Target fields
Healthcare, facility maintenance, disaster response, space
First use studied
Factory equipment faults (reported)
Sources