CHAMP P85MAX-S

Integrated Joint Module

CHAMP P85MAX-S

Heavy Loads. Powerful Motion.

Strong Power Output
Ultra-lightweight Design
Industry-leading performance
Integrated Design
Lightweight Design, Next-Level Torque

Lightweight Design, Next-Level Torque

Within a compact 86 mm outer diameter, the module delivers 220 N·m of millisecond-level peak torque at a weight of just 1.01 kg, achieving approximately 217.8 N·m/kg peak torque density for high load capacity and dynamic agility.

Sustained Load, Instant Peak Output

Sustained Load, Instant Peak Output

A high-power-density motor and 39:1 precision planetary gearbox deliver both sustained load capacity and rapid peak output, handling starts, jumps, landing impacts, and sudden load changes with ease.

Dual-Encoder Feedback, Precise Motion Control

Dual-Encoder Feedback, Precise Motion Control

Motor-side and output-side encoders provide real-time joint motion feedback, improving control accuracy and response stability under changing loads for precise, fluid motion at any speed.

In-House-Engineered Qilin Alloy, Rugged Protection

In-House-Engineered Qilin Alloy, Rugged Protection

The in-house-engineered Qilin alloy delivers high strength and structural rigidity, while IP67-rated protection and a wide operating temperature range of −20°C to 55°C ensure reliable performance in demanding environments.

Lightweight Design, Heavy-Duty Performance

The P85MAX-S integrates a motor, precision planetary gearbox, dual encoders, motor driver, and braking system into a compact, lightweight joint module. Combining heavy-load capability, precise control, and rugged protection, it delivers powerful actuation for critical robot joints in demanding dynamic applications.

Lightweight Design, Heavy-Duty Performance

P85MAX-S joint-related documents

File name Release date Action
PDF CHAMP Series Joint Module Parameter Sheet 2026-05-18 Download (2 M)

*All parameters are tested under laboratory conditions. Product parameters may vary with different configurations and product updates. Please refer to the specific delivery parameter table and the actual product.