Learning Center

Key Features & Implementation:

✅Robot Simulation with PyBullet – Simulating myCobot’s movements in a virtual environment.

✅Imitation Learning Model Training – Teaching the robot to replicate predefined tasks.

✅Precision Manipulation Techniques – Implementing joint velocity control and inverse kinematics for accurate movement.

✅Real-Time Visualization – Observing and analyzing the robot’s actions in simulation.

This article explores the key differences between three robotic arms (myCobot 280, mechArm 270, and myPalletizer 260) compatible with the AI Kit. It highlights factors to consider when choosing a robotic arm, including its degrees of freedom (DOF), structure (centralized vs. Cobot), and suitability for specific applications.

M5 or PI? Dive into Elephant Robotics' desk robot arms! This guide explores features, programming options, and connection needs for each version to help you choose the perfect robotic development platform.

This blog post explores two beginner-friendly desktop robotic arms: myCobot 280 M5 Stack and mechArm 270 M5 Stack. It compares their features, including structure, stability, and programming options, to help you choose the right one for your needs.

The myCobot 280 series from Elephant Robotics, with over 20,000 units sold globally, is renowned for precision and versatility in educational applications. These 6 DOF collaborative robot arms feature a 250g payload, a 280mm arm span, and precise positioning accuracy of ±0.5 mm.

There are four distinct versions to cater to diverse needs: myCobot 280 Pi, myCobot 280 M5, myCobot 280 Jetson Nano, and myCobot 280 for Arduino. Each version offers unique features and capabilities, ensuring users can find the perfect fit for their specific requirements.

• myCobot 280 Pi: Ideal for Raspberry Pi enthusiasts and STEM educators, offering affordability and accessibility.
• myCobot 280 M5: Perfect for makers and lower-grade teaching, providing cost-effective open-source hardware and API interfaces.
• myCobot 280 Jetson Nano: Best for high-performance image processing, suitable for AI programming and machine vision applications.
• myCobot 280 for Arduino: Budget-friendly and versatile, great for Arduino enthusiasts and educational integration.

The myCobot 280 series also seamlessly integrates with myAGV 2023, making it suitable for complex projects and competitive environments. Beyond education, these robotic arms are applicable in various industries, from manufacturing to medical and home automation. The myCobot 280 series stands as a versatile and innovative solution for mastering programming and robotics.