Open Source myCobot 280 6-Axis Robot Arm with M5Stack – 2023 Desktop Robot
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Open Source myCobot 280 6-Axis Robotic Arm with M5Stack 2023 – Collaborative Desktop Robot for Education & Programming

Discover the power of innovation with the Open Source 6 Axis Robotic Arm, myCobot 280 integrated with M5Stack 2023. This collaborative desktop robot arm is perfect for education, research, and practical applications, enabling seamless programming and experimentation. Designed for versatility, myCobot 280 supports ROS (Robot Operating System), making it ideal for robotics enthusiasts and developers exploring various industries. Whether you're a student learning robotics or a professional prototyping automation solutions, this robot arm offers precise control, easy customization, and robust performance. Elevate your projects and expand your skills with a cutting-edge tool that brings hands-on robotic learning and collaboration to your desktop.

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Open Source 6 Axis Robotic Arm, myCobot 280 with M5Stack 2023, Collaborative Robot, Desktop Robot Arm Education ROS Robots, Programming for Various Applications

Experience the cutting-edge myCobot 280 robotic arm, optimized for education, research, and various programming applications. Featuring open-source 6-axis control and integration with M5Stack, this desktop collaborative robot brings versatility and innovation to your robotics projects. Ideal for AI experiments, education, and practical robotics development.

robotic arm-1

Detailed product parameters and versatile functions of the myCobot 280 robotic arm empower scientific research and education. The fully open driving control interfaces allow integration across a wide range of applications, enhancing adaptability and customization for your projects.

robotic arm-2

The robotic arm offers fully open software control interfaces, providing a comprehensive and targeted selection. Perfect for AI-based tasks including item sorting, face recognition, and image processing, this system supports advanced industrial and educational applications.

Experimental education and research

Explore experimental education and research with the portable, versatile myCobot 280 series. Designed for innovators and educators, it enables hands-on learning, scientific experiments, and commercial robotics applications in an accessible, compact form.

Creative development

Perfect for learning and creativity, the myCobot 280 supports multiple control methods suitable for users of all ages. It encourages creative development through robotics, making it ideal for programming practice, exploration, and hands-on STEM education.

mini Roboflow

The MINI ROBOFLOW robotic arm features drag & teach programming, coordinate calibration, and firmware inquiry functions. It enables operation without a PC, allowing immediate startup for efficient and flexible project development.

myBlockly

MY BLOCKLY provides a block-based visual programming environment with official tutorials. This makes robotics programming accessible and easy to learn, perfect for users new to coding and robotics education.

UIFlow

UIFLOW allows myCobot collaborative robots to coordinate with the M5Stack ecosystem, expanding your robotics capabilities with a wide range of compatible modules within the expansive M5 ecology.

open source

The NOVELTY INTELLIGENT CURRICULUM combines myBlockly and Python programming to pave an innovative AI learning path. It enriches long-term knowledge of robotics with hands-on coding and practical applications.

LEGO & M5Stack Ecosystem

Built on the M5Stack platform, myCobot offers easy programming with abundant online resources that cover thousands of use cases. The integrated LEGO holes on the base and robot arm ends provide a versatile foundation for diverse micro-device development and customization.

mycobot280 specification

FLEXIBLE & INTELLIGENT design gives the myCobot 280 extraordinary dexterity. With AI-powered movement and speed control, this robot arm adapts dynamically, enabling precision and fluidity in diverse tasks and environments.

ROS

ROS SUPPORTING enables deeper development with the mainstream Robot Operating System framework. Control and verify algorithms within virtual environments, streamlining experiments with reduced hardware requirements and improved efficiency.

accessory

RICH ACCESSORIES include dozens of options like adaptive grippers, camera flanges, and suction pumps, expanding your creative possibilities. These tools help maximize the utility and customization potential of your myCobot robot arm.

myCobot 280 vs. mechArm 270 - Specification Comparison
myCobot 280 M5
myCobot 280 Pi
mechArm 270 M5
mechArm 270 Pi
Customer Reviews2.8 out of 5 stars (3 reviews)1.0 out of 5 stars (2 reviews)
Price$688.00$918.00$768.00$918.00
ControllerM5StackRaspberry Pi 4BM5StackRaspberry Pi 4B
DOF6666
Payload250g250g250g250g
Repeatability±0.5mm±0.5mm±0.5mm±0.5mm
Weight800g860g850g1kg
Working Radius280mm280mm270mm270mm
Power Input12V / 5A12V / 5A8-12V / 5A8-12V / 5A
: B0C2CXTP52
: 500 Items
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SizeSMLXL
Men7-1010-1313-1515-17
Women7-910-1213-1415-16

Example Shown : SIZE XL, Hem to Hem 84cm OR 33 ,SIZE L, Hem to Hem 84cm OR 33 ,SIZE M, Hem to Hem 84cm OR 33 ,SIZE S, Hem to Hem 84cm OR 33
Rated 5.00 on the scale 1 - 5 based on 3 customer reviews

Miles Ahead of My Former UArm Swift Pro

Compared to my old UArm Swift Pro, the myCobot 280’s compatibility with ROS and M5Stack integration makes programming and experimentation much smoother and more versatile. The precise control and seamless customization elevate my robotics projects, making this a clear upgrade for both students and professionals.

Versatile and Educational, but Requires Technical Know-How

The myCobot 280 with M5Stack 2023 excels as an adaptable platform for hands-on robotics education and rapid prototyping, thanks to its seamless ROS integration and extensive customization options. However, beginners may face a steep learning curve when setting up and programming the arm, as some knowledge of robotics and coding is necessary. Overall, this robotic arm is a fantastic tool for serious hobbyists and professionals seeking innovative ways to experiment, though absolute novices might need additional support to get started.

From Curious Learner to Robotics Creator

I bought the myCobot 280 to help me grasp hands-on robotics concepts for an upcoming university project. Before, I struggled to bridge theory and practice, but after integrating this arm with ROS, I could easily test, iterate, and see my work come alive at my desk. The sense of accomplishment and the practical skills I gained have made me genuinely excited about my future in automation.

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