NERO 7-DOF Robotic Arm – Human-Like Dexterity for Embodied AI & Robotics Research | AgileX Robotics

Advanced Manipulation Platform for Next-Generation Robotics

The NERO Robotic Arm is a high-performance 7-axis robotic manipulator designed specifically for embodied AI, humanoid robotics, and advanced research applications.

Developed by AgileX Robotics, NERO combines human-like motion flexibility, high-precision control, and an open development architecture, enabling robotics engineers and researchers to rapidly build and test intelligent manipulation systems.

Featuring 7 degrees of freedom, a 580 mm reach, and ±0.1 mm repeatability, NERO delivers smooth, natural motion while maintaining the precision required for research-grade experiments and robotics development.

Its lightweight yet powerful structure makes it ideal for laboratories, AI research teams, robotics startups, and automation developers looking to accelerate innovation in intelligent robotics.

Key Features

7-Axis Human-Like Motion

NERO’s 7-DoF kinematic structure provides greater flexibility than traditional 6-axis arms, allowing the robot to mimic human-like movements and adapt to complex environments.

This additional degree of freedom enables:

• smoother trajectories

• obstacle avoidance

• improved manipulation dexterity

making it ideal for advanced robotics research.

High Precision & Stability

With ±0.1 mm repeatability, NERO delivers consistent positioning accuracy for delicate manipulation tasks, experimental workflows, and dataset generation.

This precision allows researchers to perform reliable motion planning, reinforcement learning experiments, and robotic manipulation testing.

Lightweight but Powerful

Despite weighing only 4.8 kg, the arm supports a 3 kg payload, allowing integration with:

• robotic grippers

• dexterous hands

• cameras

• sensors

This balance of power and portability makes it suitable for desktop setups, mobile robots, and research platforms.

Open Architecture for Developers

NERO is designed for robotics developers and integrates seamlessly with modern robotics ecosystems.

Supported development tools include:

• Python SDK

• ROS1 / ROS2 robotics frameworks

• CAN / HTTP / TCP communication

These interfaces allow developers to build custom robotics applications and integrate the arm into existing AI pipelines.

Multiple Control Modes

Flexible control options support both beginners and advanced robotics developers:

• Drag-and-Teach programming

• Offline trajectory planning

• API control

• PC-based programming

This versatility enables rapid prototyping and experimentation across a wide range of robotics projects.

Technical Specifications

These specifications allow NERO to perform precise manipulation tasks across robotics laboratories, AI research environments, and mobile robotic systems.

Applications

The NERO robotic arm is designed for advanced robotics development and research applications:

Embodied AI Research

Develop intelligent agents capable of interacting with the physical world.

Humanoid Robotics Development

Test human-like manipulation and motion control algorithms.

Imitation Learning & Reinforcement Learning

Collect datasets and train robotics models using repeatable motion trajectories.

Robotics Education & University Labs

Ideal for teaching robot kinematics, motion planning, and AI robotics development.

Mobile Manipulation Platforms

Easily integrates with mobile robot bases to create autonomous mobile manipulators.

Integration & Development

NERO integrates seamlessly into modern robotics ecosystems.

Supported environments include:

• ROS / ROS2 robotics frameworks

• Python robotics development

• custom robotics control software

This allows engineers to quickly prototype applications such as:

• AI robotic manipulation

• teleoperation systems

• intelligent automation workflows

• embodied AI training platforms

Package Includes

• 1 × NERO 7-DOF Robotic Arm

• Power and communication cables

• SDK & software tools

• technical documentation

Why Choose NERO

✔ Human-like 7-axis robotic dexterity
✔ High-precision manipulation (±0.1 mm)
✔ Lightweight yet powerful design
✔ Open architecture for AI robotics development
✔ ROS and Python developer support