SUMMARY

 

Atom Max is a full‑size humanoid robot developed by Dobot Robotics, featuring 41 degrees of freedom, dexterous 6–12 DoF hands, straight‑knee bipedal walking, and a 1500‑TOPS AI compute module for real‑time embodied‑AI control.

It is designed for industrial automation, precision manipulation, research, and VR/MR teleoperation

 

EDITORIALAtom Max is one of the most technically advanced Chinese humanoids in 2026, emphasizing:straight‑knee, energy‑efficient walkinghigh‑precision manipulation (±0.05 mm)transformer‑based dexterity (NDS)industrial‑grade embodied‑AI computeDobot positions Atom Max as a practical industrial and research platform, not just a demo robot.

 

EDITORIAL

 

Atom Max is one of the most technically advanced Chinese humanoids in 2026, emphasizing:

 

straight‑knee, energy‑efficient walking

 

high‑precision manipulation (±0.05 mm)

 

transformer‑based dexterity (NDS)

 

industrial‑grade embodied‑AI compute

 

Dobot positions Atom Max as a practical industrial and research platform, not just a demo robot.

 

📐 SPECIFICATIONS

 

Dimensions & Build

 

Height: ~1650 mm

 

Weight: ~58 kg

 

Structure: Aluminum + composite

 

Category: Full‑size humanoid

 

Degrees of Freedom

 

Total DoF: 41

 

Arms: 7 DoF each

 

Legs: 6 DoF each

 

Head: 2 DoF

 

Waist: 1 DoF

 

Hands: 6–12 DoF (dexterous hand option)

 

Mobility

 

Locomotion: Bipedal, straight‑knee walking

 

Max speed: 1.5 m/s

 

Gait system: Anthropomorphic Walking System (AWS)

 

42% lower energy consumption

 

Human‑like gait via imitation + reinforcement learning

 

Manipulation

 

Precision: ±0.05 mm

 

Dexterous hands: 6–12 DoF

 

Control system: Neuro‑Driven Dexterity System (NDS)

 

Transformer‑based

 

200 Hz control

 

Vibration suppression

 

Capabilities:

 

Tool use

 

Assembly

 

Fine manipulation

 

Multi‑spec object handling

 

Sensors

 

Vision:

 

Full‑HD binocular camera (60 FPS)

 

Intel RealSense D455 depth camera

 

Audio:

 

360° microphone array

 

Dual speakers

 

Optional:

 

Wrist RGB‑D cameras

 

3D LiDAR

 

Compute & AI

 

Base compute: Intel i5

 

Optional compute:

 

Intel i9 (24 cores / 32 threads)

 

16 GB GDDR6 GPU (41.15 TFLOPS FP32)

 

AI module: 1500 TOPS

 

AI systems:

 

ROM‑1 (Robot Operator Model‑1)

 

NDS (Neuro‑Driven Dexterity System)

 

Control modes:

 

Full‑body VR/MR teleoperation

 

Segmented teleoperation

 

Power

 

Battery life: ~2 hours

 

Charging: ~1 hour

 

Battery: 15 Ah

 

Applications

 

Industrial assembly

 

Lab automation

 

Precision manipulation

 

Service robotics

 

Multi‑robot collaboration

 

VR/MR teleoperation research

 

❌ WHAT IS NOT PUBLISHED

 

Torque per joint

 

IP rating

 

Pricing for Max configuration

 

Image: @MuzixGroup

 

COMPANY SOURCE

 

https://youtu.be/iWusoOQQrXI?si=0FWnaciH5UW_7MkP

 

KEY NEWS & COVERAGE 

 

https://youtu.be/iWusoOQQrXI?si=0FWnaciH5UW_7MkP