🇨🇳MagicLab·China·Public demo

MagicBot Gen1 (Xiaomai)

魔法原子

MagicBot (Xiaomai) is MagicLab's fully self-developed full-size humanoid robot: 174 cm tall, about 70 kg, 42 degrees of freedom, maximum joint torque ≥350 N·m and speeds of ≥4 km/h.

Public demoVerified Last verified 26 Aug 2026
Height174 cm
Degrees of freedom42
Arm payload—
Top speed4 km/h
Battery life—
Starting pricePrice on request
First shown2024
StatusPublic demo
Form factorFull-size
LocomotionBipedal
Updated26 Aug 2026

What it is

MagicBot (Xiaomai) is MagicLab's fully self-developed, full-size humanoid robot. It stands 174 cm tall, weighs about 70 kg, has 42 degrees of freedom across its body, delivers maximum joint torque of ≥350 N·m, and moves at ≥4 km/h. Its main structure is aluminum alloy, and it can perform human-like running in a single continuous take along with a straight-knee walking gait.

Xiaomai carries MagicLab's self-developed dexterous hands and the "AtomVerse" large model, allowing it to execute complex manipulation tasks. It is China's first general-purpose humanoid robot to achieve multi-robot collaboration, has already taken up work on factory production lines, and has served as a shopping guide and host, covering scenarios such as industrial manufacturing and commercial services.

Highlights

01China's first general-purpose humanoid robot with multi-robot collaboration
02Straight-knee walking gait plus human-like running in one continuous take
03Maximum joint torque ≥350 N·m
04In-house dexterous hands + AtomVerse large model
05Already deployed on factory production lines

The numbers

Body
Height174 cm
Weight70 kg
DimensionsStanding dimensions 1740×580×280 mm; arm span (shoulder to fingertip) 800 mm; lower leg + thigh 960 mm (510 + 450 mm)
MaterialAluminum-alloy main body + PC+ABS plastic shell
Form factorFull-size
Motion & power
LocomotionBipedal
Degrees of freedom42
Top speed4 km/h
ActuatorsHarmonic and planetary reducers; maximum joint torque ≥350 N·m; in-house dexterous hands
Speed notesMovement speed ≥4 km/h
Compute, sensing & hands
ComputeSelf-developed "AtomVerse" large model
HandsIn-house dexterous hands

Platform & deployment

AvailabilityPublic demonstrations; not generally available

Evidence trail

Claims on this profile are linked to primary reporting and manufacturer material where available.

Specifications are sourced from public materials and may change. Always confirm commercial terms with the manufacturer.