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ROKAE AR Series Humanoid Force-Controlled Arm

ROKAE AR Series Humanoid Force-Controlled Arm

Pioneer Embodied Intelligence Robotics Standards, Propel Large-Scale Industrialization

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Product Feature

System-level force control bandwidth>30HzHuman-Like Dexterity and Motion Fidelity

7DoF + cross-axis wrist, 1:1 mapping of human arm motion

Full-series payload-to-weight ratio of 1:2, 3kg–10kg payload range, ±0.1mm repeatability, maximum TCP speed 2m/s, efficient execution of complex postures and trajectories

High-Performance Force Sensing and Control

High-precision force sensing and force HSA-17
control across all joints

Designed for applications like precision
assembly and material handling.

System-level force resolution<0.05N

System-level force control bandwidth>30Hz

Easy and Fast for Integration and Deployment

Max hollow wrist bore diameter 15mm, supports internal camera cabling for plug-and-play vision integration

48V±20% wide voltage input for complex working conditions; EtherCAT / RS485 / CAN interfaces for multi-scenario deployment

Integrated, modular design for easy installation and maintenance

Safe, Open, and Compatible Control Architecture

22 TÜV-certified safety functions + dual encoder redundant
design + electromagnetic holding brake + high responsive
collision detection

High-order Secondary Development Kit

Proven Reliability

10 years of global leadership in full force-controlled collaborative robot technology; fully validated in industrial applications

ROKAE AR Series Humanoid Force-Controlled Arm

Parameter AR3 AR5 AR10
Rated load
3 kg 5 kg 10 kg
Weight
7 kg 10 kg 18 kg
DoF
7 7 7
Operating radius
650 mm 683 mm 760 mm
Repeated positioning accuracy
±0.1 mm ±0.1 mm ±0.1 mm
Absolute positioning accuracy
±1 mm ±1 mm ±1 mm
TCP maximum speed
≥2 m/s ≥2 m/s ≥2 m/s
Joint hollow aperture
6 mm 9 mm 10 mm
IP rating
IP54 IP54 IP54
Axis 1
±360° ±178° ±360°
Axis 2
±120° ±120° ±120°
Axis 3
±178° ±178° ±178°
Axis 4
-60°~145° -60°~+145° -60°~145°
Axis 5
±178° ±178° ±178°
Axis 6
±110° ±60° ±110°
Axis 7
±180° ±90° ±180°
Brake
Joint with the brake Joint with the brake Joint with the brake
Joint torque sensor
Standard configuration Standard configuration Standard configuration
End 6-DoF force sensor
Supports (range 200 N / 7 Nm, accuracy ≤ 2% F.S.) Supports (range 200 N / 7 Nm, accuracy ≤ 2% F.S.) Supports (range 200 N / 7 Nm, accuracy ≤ 2% F.S.)
Force control accuracy
≤0.15 N, ≤ 0.05 Nm (reference value) ≤0.15 N, ≤ 0.05 Nm (reference value) ≤0.15 N, ≤ 0.05 Nm (reference value)
Force control resolution
≤0.05 N, ≤ 0.02 Nm (reference value) ≤0.05 N, ≤ 0.02 Nm (reference value) ≤0.05 N, ≤ 0.02 Nm (reference value)
Overload capacity of force sensor
≥300% F.S. ≥300% F.S. ≥300% F.S.
Comprehensive accuracy of force control
≤1% F.S. ≤1% F.S. ≤1% F.S.
Sampling frequency of force sensor
≥5 kHz ≥5 kHz ≥5 kHz
Torque closed loop
In initial scheme, controller performs torque closed loop, while in advanced scheme, joint performs torque closed loop In initial scheme, controller performs torque closed loop, while in advanced scheme, joint performs torque closed loop In initial scheme, controller performs torque closed loop, while in advanced scheme, joint performs torque closed loop
Admittance control
Single arm admittance is used alone. Update admittance control parameters in real time during admittance execution Single arm admittance is used alone. Update admittance control parameters in real time during admittance execution Single arm admittance is used alone. Update admittance control parameters in real time during admittance execution
Load recognition
Automatic recognition of load Automatic recognition of load Automatic recognition of load
Power voltage
48 V DC (±15%) 48 V DC (±15%) 48 V DC (±15%)
Communication mode
EtherCAT (Cycle 1 ± 0.1 ms) EtherCAT (Cycle 1 ± 0.1 ms) EtherCAT (Cycle 1 ± 0.1 ms)
Noise
≤60 dB ≤60 dB ≤60 dB
Operating temperature
0°C-50°C, the temperature rise shall not exceed 30°C, and the overall temperature of the machine shall not exceed 60°C 0°C-50°C, the temperature rise shall not exceed 30°C, and the overall temperature of the machine shall not exceed 60°C 0°C-50°C, the temperature rise shall not exceed 30°C, and the overall temperature of the machine shall not exceed 60°C
Operating humidity
10%-90% RH (non-condensing) 10%-90% RH (non-condensing) 10%-90% RH (non-condensing)
Vibration resistance
Refer to GB/T 4798.5-2007 Severity: 5M2 Refer to GB/T 4798.5-2007 Severity: 5M2 Refer to GB/T 4798.5-2007 Severity: 5M2
Impact strength
Refer to GBT39266-2020 Impact acceleration: 10 g Refer to GBT39266-2020 Impact acceleration: 10 g Refer to GBT39266-2020 Impact acceleration: 10 g

Application Scenarios

Applicable to humanoid robots, dual-arm wheeled robots; for AI, data collection, learning & training,
factory applications, etc.