xArm 2.0: Hiwonder New Intelligent Robotic Arm Support Scratch & Python Assemble Programmable Robotic Kit

The xArm 2.0 is an intelligent, programmable desktop robotic arm designed to help students, educators, and hobbyists master robotics and coding. Supporting both Scratch and Python, this versatile kit comes with over ten electronic modules to explore advanced automation concepts. It is the ideal hands-on platform for learning electronics, inverse kinematics, and sensor integration.

Programmable desktop robotics platform

This desktop robotic arm features intelligent serial bus servos that provide real-time position and voltage feedback. It supports Scratch and Python programming, allowing users to coordinate multiple units for collaborative tasks.

High-torque smart bus servos

Equipped with high-torque intelligent bus servos, the arm can lift heavy objects and execute smooth, precise movements. The integrated servos provide essential telemetry data for advanced control.

Integrated multi-function controller

The main controller features built-in electronic modules including buttons, a buzzer, sound sensors, RGB lights, and an infrared receiver. Simple wiring interfaces make it easy to connect and program these onboard components.

Inverse kinematics analysis

The kit includes inverse kinematics analysis to help users understand the mathematical principles behind robotic motion. This allows for more precise coordinate-based control of the arm's path.

Plug-and-play sensor expansion

Expand your projects using the included dot matrix module, ultrasonic sensor, and colour sensor. All sensors use simple 4-pin interfaces for straightforward, error-free wiring.

Automated colour sorting

Use the colour sensor to program the arm to detect, select, and sort objects by colour automatically. This introduces students to industrial automation and sorting workflows.

Omnidirectional multi-angle grabbing

Combine the ultrasonic and colour sensors to enable omnidirectional detection and multi-angle grabbing. The arm can locate objects in its environment and adjust its grip dynamically.