Skip to main content
PHYBOT

PHYBOT M1

Production
Updated 1 weeks ago
52%
Data Quality

Acrobatic humanoid capable of standing backflips. Features 32 DOF, dual swappable 9Ah batteries, 3D LiDAR, and PhyArc actuator modules with cycloidal gears.

Height
172 cm
Weight
60 kg
DOF
32
Runtime
2 hrs
Max Speed
1.4 m/s
Price
$39,000
IP42
LiDARLLMROS

Pricing

Price History

$39,000
Current Price
Loading history...

Detailed Specifications

Physical Specifications

Height172 cm
Weight60 kg
Main MaterialAluminum alloy + composite
Country of OriginChina

Mobility

Total Degrees of Freedom32
DOF per Hand6
Max Walking Speed1.4 m/s
Max Running Speed2.8 m/s

Manipulation

Total Payload5 kg
Fingers per Hand5

Safety & Protection

IP RatingIP42

Power

Battery Life2 hours

Compute & AI

Compute PlatformIntel Core i7 + NVIDIA Jetson Orin
Operating SystemLinux/ROS2
LLM IntegrationYes
Latency200 ms

Sensors

LiDARYes
IMUYes

Actuators

Actuator TypeHigh-torque electric with PhyArc modules
Gear TechnologyCycloidal

Communication

ConnectivityBluetooth, Ethernet, WiFi
ROS CompatibleYes

Commercial Information

Price$39,000
AvailabilityLimited
Target MarketResearch, Entertainment, Industrial
StatusProduction

About PHYBOT M1

The PHYBOT M1 is a high-performance electric humanoid designed for explosive power and dynamic movement. Developed by Tsinghua University alumni, PHYBOT claims the M1 is the 'most powerful humanoid robot ever created' in its class, capable of performing standing backflips.

The robot utilizes proprietary cycloidal drives that deliver a massive peak joint torque of over 530 N·m, enabling it to handle heavy dynamic loads. Standing 172 cm tall, it is built for physically demanding tasks in industrial and disaster response scenarios, with a backpack system allowing it to carry loads over 50 kg.

Despite its strength, the M1 maintains a lightweight profile under 60 kg. It features 32 degrees of freedom and runs on a hybrid compute architecture combining NVIDIA Jetson Orin and Intel processors. The M1 represents a focus on raw physical capability and athletic performance in the humanoid market.

Similar Robots

View all →