OPEN NERO
7-DoF Bimanual Teleoperation

OPEN NERO
7-DoF Bimanual Teleoperation

Enable real-robot data collection for robot learning and embodied AI research

Core Performance Metrics

4.8kg

Weight (Per Arm)

3kg

Payload (Per Arm)

580mm

Reach (Per Arm)

±0.1mm

Repeatability

Smooth Setup & Flexible Deployment

Smooth Setup & Flexible Deployment

OPEN NERO features a compact desktop design, making it efficient for quick setup and flexible deployment across different environments and manipulation tasks.

Multimodal Robot Data Collection

Multimodal Robot Data Collection

OPEN NERO synchronizes RGB, depth, joint angles, end-effector poses, and gripper width data for imitation learning, VLA training, and robot policy development.

Easy-to-use Web Interface for Task Management

Easy-to-use Web Interface for Task Management

Users can manage data collection tasks through a unified web interface with intuitive controls, making teleoperation workflows easier to deploy, repeat, and scale.

Who is Using OPEN NERO

Serve the scalable needs of robotics research, education, algorithm development, and agile real-world robot prototyping.

Robotics & Embodied AI Research Labs

For universities and research institutes studying bimanual manipulation, teleoperation, imitation learning, and robot control.

Humanoid Robot Developers

For teams developing humanoid and dual-arm robots, enabling teleoperation, manipulation validation, and coordination development.

Robot Learning & Data Teams

For collecting synchronized real-world demonstrations to train and evaluate imitation learning and manipulation policies.

Industrial Robotics R&D

For prototyping dual-arm manipulation tasks such as assembly, handling, sorting, and other coordinated operations.

Complete Ecosystem

Components & Accessories

OPEN NERO is pre-integrated with vision sensors and computing units for diverse applications.

NERO 7-DoF Humanoid Arm
NERO 7-DoF Humanoid Arm
Universal Master Arm
Universal Master Arm
Dual-Arm Stand
Dual-Arm Stand
Depth Camera
Depth Camera

Software & Algorithms

Develop and validate teleoperation data and robot learning workflows.

LeRobot

MCAP

ROS 2 Humble

Ubuntu 22.04 LTS

Related Solutions

Extend OPEN NERO into complete robotic systems for teleoperation, real-world data collection, and embodied AI development.

Universal Master Arm

Universal Master Arm

Universal Master Arm is a lightweight 6-DoF teleoperation leader arm designed for robotic arm control and human demonstration. It enables real-time teleoperation through 6D pose mapping and IK-based motion.

Learn More
OPEN PiPER

OPEN PiPER

A 6-DoF lightweight bimanual manipulation platform built with two PiPER robotic arms. It provides an accessible and efficient foundation for bimanual coordination research and teleoperation data collection.

Learn More

FAQ

OPEN NERO is a desktop dual-arm platform powered by two NERO 7-DoF robotic arms that enables bimanual teleoperation and multimodal data collection for robot learning and embodied AI research.

OPEN NERO uses 7-DoF arms with redundant motion, making it better suited to dexterous manipulation, complex posture adjustment, and advanced robot learning research. OPEN PiPER focuses on lightweight deployment, rapid assembly, and accessible dual-arm development.

OPEN NERO can collect synchronized RGB, depth, joint angle, end-effector pose, and gripper width data for robot learning and policy training.

Technical Specifications

DoF (Per Arm)

7

Payload (Per Arm)

3kg

Weight (Per Arm)

4.8kg

Repeatability (Per Arm)

±0.1mm

Reach (Per Arm)

580mm

Gripper Width

0-100mm

Data Formats

MCAP; LeRobot

Onboard PC

Intel i5-12450H

Tell Us Your Needs

Connect with our robotics experts to discuss your needs and discover the perfect robotics platform for your business.

ADDRESS

Head Office: XbotPark, Songshan Lake, Dongguan
Sales & Marketing: iPark, Nanshan District, Shenzhen

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