A30 Joint Module

A30 Joint Module

Compact Form, Powerful Impact

Unleash the robot’s surging power

The A30 joint module addresses robot platform development and motion-control needs. Integrating power output and joint actuation, it adapts to multiple robot morphologies and R&D scenarios, providing a core actuation unit for embodied-intelligence robot development—and supporting research/education, robot competitions, and maker DIY use cases.

  • Strong power outputStrong power output
  • High-speed flexible responseHigh-speed flexible response
  • Industrial-grade product specificationIndustrial-grade product specification
Highlighted Features

High-performance joints that unleash the robot’s surging power

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Reliable & Durable

The A30 joint has been deployed at scale on the industry-grade quadruped P30 and proven across complex environments and demanding operating conditions
Reliable & Durable
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Peak Performance

The A30 joint module delivers outstanding torque performance
Peak torque 450 N·m provides strong power support for the robot
Peak Performance
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Industrial-grade reliability

IP67 protection rating for harsh environments,
-20°C~55°C wide operating temperature for complex work conditions
Industrial-grade reliability
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Ultra-fast response

Integrated FOC drive-control + 5 Mbps CAN FD for high-dynamic real-time control
Ultra-fast response

Technical Specs

Mechanical parameters

Dimensions
128x128x72mm
Reduction ratio
23, two-stage planetary gearbox
Joint weight
2100g
Stator slot count
36
Rotor pole pairs
20 pole pairs
Drive method
Built-in FOC driver

Electrical parameters

Electrical terminal interface
XT30 2+2
Position feedback
Inductive true dual encoders, 19 bits
Rated voltage
48Vdc
Wide voltage range
20-80 Vdc
Communication protocol
CANFD,5Mbps

Performance parameters

Rated output power
986W
Rated speed
50RPM
Rated torque
100Nm
Peak torque
450 Nm (sustained 1 s)
Peak torque
380 Nm (sustained 5 s)
Peak speed
130RPM
Protection rating
IP67
Operating ambient temperature
-25~55℃
A30

Note: Data above is based on laboratory testing. Actual performance may vary with environment, payload, and usage.

Bringing robots into more real-world scenarios

Drive embodied intelligence into the real world through engineering and systems capability

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