Hiwonder xArm AI Desktop Programmable Robot Arm with AI Vision & Voice Interaction, Supports Arduino, Scratch & Python, Sensor Expansion

The Hiwonder xArm AI is a desktop programmable robotic arm designed for students, educators, and makers looking to explore advanced robotics and artificial intelligence. Powered by the CoreX multifunctional controller, it supports Arduino, Scratch, and Python programming, making it an ideal educational tool for hands-on learning. With support for AI vision, voice interaction, and sensor expansion, this versatile arm brings complex coding concepts to life.

Advanced AI vision and voice

The robotic arm integrates with the WonderCam AI vision module and WonderEcho AI voice interaction module to enable advanced functions like facial recognition, colour tracking, and voice control. It is powered by the CoreX multifunctional controller, which supports a wide range of servos, motors, and sensors.

High-torque smart bus servos

Equipped with high-torque intelligent bus servos, the robotic arm moves smoothly and is capable of lifting and grabbing heavy objects. These smart servos ensure precise control and durability during complex tasks.

HD camera for intelligent tracking

The high-performance WonderCam AI vision module features an HD camera that enables applications such as vision line following and target tracking. This allows the arm to interact dynamically with its environment in real time.

Inverse kinematics analysis

To help users understand the underlying physics and mathematics of robotics, the kit includes inverse kinematics analysis. This provides a clear look into the working principles behind the arm's smooth, coordinated movements.

Advanced sensor expansion

The Advanced Kit includes a variety of sensor modules for multi-sensor applications, AI voice control, and vision interaction. These modules expand the arm's capabilities, making it a highly versatile platform for custom projects.

Automated colour sorting

Using the WonderCam vision module, the robot arm can autonomously detect coloured blocks, pick them up, and sort them into designated locations. This demonstrates practical automation and industrial sorting principles.

Facial recognition and display feedback

The WonderCam module allows the robot to recognise human faces and detect mask-wearing. It can then trigger the onboard dot matrix display to show corresponding patterns based on what it sees.

Offline manual programming

Users can program the robotic arm manually and save each movement directly using the onboard controller buttons. This feature requires no external devices, allowing for quick, hands-on programming on the go.