Aaron Saunders Deepmind Boston Dynamics

Featuring insights from

Aaron Saunders, Former CTO of

Boston Dynamics,

now Google DeepMind

HobbsNot Verified

$ 35 000

Noetix Robotics logo humanoid guide

Hobbs is a humanoid robot developed by Noetix Robotics for education, research, and light service scenarios. It focuses on human-like interaction, expressive motion, and safe operation in shared spaces. The platform emphasizes approachability and modularity rather than industrial strength.

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Specifications and details:

Availability

In production

Nationality

China

Website https://en.noetixrobotics.com/products-279.html
Degrees of freedom, overall

20

Degrees of freedom, hands

N/A

Height [cm]

~120–140

Max speed (km/h)

N/A

Strength [kg]

N/A

Weight [kg]

~40–50

Runtime pr charge (hours)

N/A

Safe with humans

Yes

CPU/GPU

Embedded x86 or ARM system (not specified)

Ingress protection

N/A

Camera resolution

RGB cameras

Connectivity

Ethernet, Wi‑Fi

Operating system

Linux-based robotics OS

LLM integration

Possible via external integration

Latency glass to action

N/A

Motor tech

Electric actuators (servo)

Gear tech

N/A

Main structural material

Aluminum alloys and plastics

Number of fingers

5 per hand

Main market

Research & education, service demonstration

Verified

Not verified

Walking Speed [km/h]

N/A

Shipping Size

N/A

Color

Silver

Manufacturer

Noetix Robotics

Description

Hobbs is a humanoid robot designed to interact naturally with people. It features a friendly appearance and smooth upper-body motion. As a result, it works well in classrooms, labs, and public demonstrations. The design prioritizes engagement over raw performance.

Aaron Saunders Deepmind Boston Dynamics

Featuring insights from

Aaron Saunders, Former CTO of

Boston Dynamics,

now Google DeepMind

Humanoid Robot Report 2026 – Single User License

2026 Humanoid Robot Market Report

160 pages of exclusive insight from global robotics experts – uncover funding trends, technology challenges, leading manufacturers, supply chain shifts, and surveys and forecasts on future humanoid applications.

The robot supports expressive gestures through articulated arms and a mobile upper body. Therefore, it can point, wave, and interact with objects at table height. Its movement remains slow and controlled to ensure safety. This makes Hobbs suitable for shared environments.

At the same time, Hobbs integrates vision, audio, and onboard computing for interactive tasks. Cameras and microphones allow it to perceive people and respond accordingly. Moreover, its software stack supports custom development and experimentation. Researchers can adapt behaviors without deep hardware changes.

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Rather than targeting heavy industry, Hobbs focuses on learning and communication. It serves as a platform for robotics education, AI research, and public engagement. In addition, its modular structure allows upgrades over time. This extends its usefulness across multiple projects.

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Website: https://en.noetixrobotics.com/products-279.html

 

 

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