Aaron Saunders Deepmind Boston Dynamics

Featuring insights from

Aaron Saunders, Former CTO of

Boston Dynamics,

now Google DeepMind

DexBotNot Verified

$ 120 000

Boshiac logo humanoid guide

DexBot is a hybrid humanoid robotics platform developed by BOSHIAC and Harbin Institute of Technology. It offers modular locomotion, dexterous manipulation, and industrial adaptable hardware for automation and factory tasks.

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Manipulation
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Specifications and details:

Availability

Prototype

Nationality

China

Website https://en.boshi.cn/
Degrees of freedom, overall

Assumed ~30–50 DoF

Degrees of freedom, hands

Assumed 15–20 DoF

Height [cm]

160 to 175 cm

Max speed (km/h)

3–5 km/h

Strength [kg]

~15–20 kg payload (assumed)

Weight [kg]

80

Runtime pr charge (hours)

3

Safe with humans

Yes

CPU/GPU

Assumed onboard compute + optional edge AI

Ingress protection

IP20

Camera resolution

RGB + depth, ~1080p

Connectivity

Ethernet, Wi‑Fi

Operating system

Linux-based industrial OS / ROS

LLM integration

Possible via external system integration

Latency glass to action

N/A

Motor tech

Electric servo actuators

Gear tech

High-ratio industrial gears

Main structural material

Metal alloys + composites

Number of fingers

5 per hand

Main market

Industrial automation, Industrial logistics, Manufacturing

Verified

Not verified

Walking Speed [km/h]

3

Shipping Size

N/A

Color

Black, Grey

Manufacturer

BOSHIAC (Harbin, China)

Description

DexBot humanoid robot represents a new generation of humanoid robotics designed for industrial use. The developers built it to handle real-world tasks in factories and warehouses. It blends strength with dexterity, so it can work with tools and parts that would challenge simpler robots. 

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 engineers chose a modular design that lets the robot operate on legs or wheels. Thus, it can adapt to different environments. When necessary, DexBot can roll quickly. But it can also walk when mobility matters more than speed. Creative AI controls its movement and manipulation skills. 

Because it uses high-torque joints and advanced arms, it performs tasks requiring both power and precision. The robot flexes its dexterous hand to grip tools and heavy objects alike. Developers focus on safe human collaboration and robust performance even in busy industrial floors. 

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Although most of its current stage is research-to-prototype, DexBot pushes robotics beyond traditional wheeled robots and fixed arms. BOSHIAC and partner labs work on advanced control systems that help DexBot learn from experience. Their aim is to reduce manual intervention and let the robot adapt to new situations.

Download the Humanoid Robot Market Report here

Website: https://en.boshi.cn/

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