Robots & Robotics

Galbot ET1 Wins CES 2027 Best of Innovation in Robotics

Galbot’s compact humanoid wins a CES 2027 robotics award as the company promotes interactive learning for entertainment and service settings.

By Laura Bennett | Edited by Daniel Krauss Published: Updated:
Galbot ET1 Wins CES 2027 Best of Innovation in Robotics
Galbot ET1 has won a CES 2027 robotics award as the company promotes humanoids that learn through human interaction. Photo: Galbot

Key Notes

  • Galbot announced on November 10 that ET1 won Best of Innovation in Robotics in the CES 2027 Innovation Awards, as confirmed by the organizer’s product listing.
  • The company lists a height of 1.25 meters, a battery-inclusive weight of 32 kg and 26 degrees of freedom, with additional hand joints on higher configurations.
  • ET1 is marketed for interaction, reception and performance, while its award entry provides no task-by-task benchmark establishing everyday reliability.

Galbot’s ET1 humanoid has won Best of Innovation in Robotics in the CES 2027 Innovation Awards, according to the organizer’s award listing. The recognition highlights a robot designed to learn through interaction and respond to people with coordinated speech and movement.

The company announced the award on November 10. ET1 is an existing product rather than a new robot launched alongside the award, and the recognition does not establish how reliably it performs in everyday use.

Learning Skills Through Human Interaction

Galbot describes ET1 as an agent that perceives its surroundings, interprets instructions and plans physical actions. The CES entry attributes those functions to the company’s AstraBrain system and describes learning skills from human demonstrations without motion-capture equipment.

Its product page similarly presents interactive learning as a central capability. The practical question is what happens after a demonstration: whether the robot can repeat the movement, adapt when the setting changes and recover when an attempt fails. The award entry does not provide a task-by-task success benchmark or a measured learning time.

A Compact Humanoid With Several Configurations

The published specifications list a standing height of 1.25 meters and a weight of 32 kg including the battery. The standard model has 26 degrees of freedom; Pro and Flagship versions add 12 through dexterous hands. Stereo cameras provide visual input.

Galbot also lists different computing options, including an Orin Nano rated at 40 TOPS for the Pro model and an NX configuration rated at 100 TOPS for the Flagship. Those figures describe hardware configurations, rather than a direct measure of manipulation accuracy or conversational quality.

Entertainment and Reception Are the Stated Uses

The company markets ET1 for theme-park interaction, storefront greetings, dance performances and live comedy. These are settings where movement and conversation form part of the service itself, rather than supporting an industrial handling task.

Deploying such a robot involves more than producing an expressive movement. An operator has to define where it can move, how people approach it and how an interaction stops when conditions change. The product materials describe intended applications, without identifying a standardized operating result for each one.

Recognition Comes Before the Deployment Test

Our earlier humanoid tennis report examined another effort to connect perception with dynamic movement. More recently, Gemini Robotics 2.5 brought task execution into a factory proof of concept. Those systems address different jobs and cannot be compared from an award alone.

For ET1, the next useful evidence would be repeated task results and operating experience from its advertised venues. The CES distinction recognizes the submitted product; it is separate from a safety certification, a delivery milestone or proof of general-purpose autonomy.

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