Database · Humanoid & Embodied AI

Galbot (Galaxy General)

Galbot is the Beijing startup building a wheeled humanoid (the Galbot G1) paired with its own Vision-Language-Action foundation models, betting that wheeled mobility reaches commercial utility faster than bipedal walking.

Humanoid Embodied AI G1 Beijing
银河通用

Wheeled humanoid robots + embodied foundation models

Official site ↗

Company Overview

  • Galbot is among the most prominent embodied-AI startups in China, founded in 2023 by researchers from top AI labs.
  • Its core bet: instead of chasing perfect bipedal walking, deploy a wheeled humanoid with a capable torso, arms and hands, and drive it with Vision-Language-Action (VLA) foundation models trained for manipulation.
  • The company has demonstrated commercial pilots in retail, logistics and service settings, positioning itself as a software-plus-hardware play rather than a pure robot maker.

Key Facts

Full NameBeijing Galaxy General Robotics (Galbot)
Chinese Name银河通用机器人
Founded2023
HeadquartersBeijing, China
Core ProductsGalbot G1 wheeled humanoid, GraspVLA models
BackingBacked by prominent VCs and strategic investors
FocusFoundation models + wheeled humanoid for real-world tasks

Actuators & Sensors

  • Lightweight, high-DOF dual arms and dexterous hands optimized for manipulation over locomotion.
  • Wheeled base for stable, energy-efficient indoor navigation.
  • Depth + RGB camera rig, LiDAR, and wrist force-torque sensing.

Supply-Chain Analysis

  • Galbot outsources standard actuators and reducers to domestic suppliers and focuses in-house effort on the control stack and foundation models.
  • The arm joints use harmonic reducers sourced from Chinese makers including Leaderdrive and Hengtong.
  • Compute runs on domestic AI accelerator boards, with a cloud-side training pipeline.

Competitor Comparison

Versus bipedal humanoids (Unitree, AgiBot, Fourier): Galbot trades legs for a wheeled base and bet on manipulation + VLA models. This gives it lower cost and faster indoor deployment, at the cost of stair/terrain mobility.

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