Elephant Robotics Technology Mycobot-280 M5 (4010100015)

Elephant Robotics myCobot 280 M5Stack (4010100015) (4010100015)

The product is positioned as a small, lightweight manipulator that supports secondary development (custom programming and add-ons), with a software ecosystem oriented toward learners and developers who want to explore robot kinematics, motion control, and vision-enabled applications.

The “M5” designation refers to the robot’s integration with M5Stack hardware modules. Elephant Robotics describes the model as “powered by M5Stack” and sold as a dual-screen configuration, typically featuring a base display and a small matrix-style display near the end effector for status and feedback.

Design and Features

Compact 6-axis mechanical layout

myCobot-280 M5 is a 6-axis robotic arm (6 joints), enabling common manipulator motions such as pick-and-place, orientation changes, and basic toolpath following. The official specifications list a working radius of 280 mm, positioning it in the “desktop cobot” category suited to benches, labs, and classrooms.

Lightweight build for desktop deployment

A key design goal is portability and safe tabletop use. The published specifications list:

• Weight: 850 g

• Payload: 250 g

This combination makes the platform practical for educational kits, maker spaces, and small demo setups where quick installation matters more than heavy lifting capability.

Dual-screen, maker-friendly interface

Retail and distributor descriptions commonly emphasize a dual-screen design (base screen plus a small display at the “head”), intended to simplify interactive demos, quick status checks, and beginner-friendly workflows.
The same ecosystem is often used to support guided tutorials and “drag/teach” style demonstrations in educational contexts (depending on the software stack and curriculum).

LEGO-style expansion and end-effector flexibility

Elephant Robotics highlights a LEGO-style interface for secondary development and end-effector expansion. The official shop listing notes that the LEGO interface supports integrating different end effector types, enabling projects such as object recognition, image sorting, and face recognition & tracking (typically requiring an external camera/compute module depending on the project).

Technology and Specifications

Core specifications (manufacturer-published)

The official “new specifications” page for myCobot 280 M5 lists:

• Degree of Freedom: 6

• Payload: 250 g

• Weight: 850 g

• Working Radius: 280 mm

• Positioning Accuracy: ±0.5 mm

• Working Temperature: -5°C to 45°C

• Power Input: DC 12V, 5A (60W)

The official shop listing also describes: payload 250 g, working range 280 mm, and repeatability ±0.5 mm, aligning with the specification page’s positioning accuracy figure.

Joint range and speed

Elephant Robotics publishes joint rotation ranges for each axis, generally around ±165° for joints 1–5 and ±175° for joint 6 (as listed). It also publishes a joint maximum speed of 160°/s on the specifications page.
On the shop page, the joint maximum speed is listed as 150°/s, which may reflect a different measurement condition or product revision in listings.

Embedded control and the M5/ESP32 platform

The “new specifications” page describes the Master controller as ESP32, with:

• 240 MHz dual-core

• ~600 DMIPS computing performance

• 520 KB SRAM

• 4 MB flash

This embedded approach supports lightweight, responsive motion control and device-level interaction common in maker and education hardware, while more advanced workloads (e.g., vision inference) are typically handled by a connected PC or external compute module.

Software ecosystem and developer tooling

Elephant Robotics provides dedicated documentation for myCobot 280 M5 that includes product introduction, technical parameters, user instructions, and development guidance.
The official shop listing also states support for Python and ROS, aligning myCobot 280 with widely used robotics learning and prototyping environments.
A public Python API project (pymycobot) is maintained for Elephant Robotics products, reflecting the platform’s orientation toward programmatic control and integration into developer workflows.

Applications and Use Cases

STEM education and robotics training

myCobot-280 M5 is frequently used to teach:

• joint-space vs Cartesian control

• forward/inverse kinematics fundamentals

• motion planning concepts (basic trajectories)

• introductory robotics programming with Python and ROS workflows

Its small footprint, low power input (12V/5A), and lightweight construction support classroom setups where multiple units may be deployed across lab benches.

Maker projects and proof-of-concept automation

With a LEGO-compatible interface and small payload capability, myCobot-280 M5 is commonly used for:

• lightweight pick-and-place demonstrations

• sorting small objects (with a vision system)

• simple inspection or camera positioning rigs

• scripted repetitive motion demos for exhibits

Research prototyping

While not an industrial arm, myCobot-280 M5 can be used in research as a low-cost manipulator for early-stage testing of algorithms (grasp planning prototypes, calibration experiments, and motion-control demos), especially when paired with simulation and external sensors.

Advantages / Benefits

Accessible entry point to 6-DOF manipulation

The combination of 6 DOF, 280 mm reach, and Python/ROS-friendly positioning makes myCobot-280 M5 a practical platform for learners who want a real arm for robotics coursework and projects.

Lightweight and portable

At 850 g, the arm is easy to move between stations, store, and redeploy—useful for shared labs, classrooms, or traveling demos.

Expandable ecosystem

The LEGO-style interface and wide range of educational examples (as emphasized in official product materials and support pages) support iterative learning: users can start with basic motion scripts, then add end effectors, then integrate sensors and higher-level software stacks.

FAQ Section

What is Elephant Robotics myCobot-280 M5 (4010100015)?

It is a desktop 6-DOF collaborative robotic arm from Elephant Robotics, sold as myCobot 280 M5Stack 2023 under SKU/part number 4010100015, designed for education and prototyping.

How does myCobot-280 M5 work?

myCobot-280 M5 uses a 6-joint mechanical structure driven by embedded control electronics (listed with an ESP32 master) and is typically programmed through provided software tools and APIs, including Python-based control and ROS-oriented workflows.

Why is myCobot-280 M5 important?

It provides an accessible, real-hardware platform for learning robot arm kinematics and motion control, with published desktop-friendly specs (280 mm reach, 250 g payload) and documentation aimed at helping users integrate the arm into projects.

Where can I buy myCobot-280 M5 (4010100015)?

It is available through Elephant Robotics’ official store and distributors. The official listing identifies SKU 4010100015 and provides typical shipping timing (often 7–15 business days depending on logistics).

What are the benefits of myCobot-280 M5?

Key benefits include 6 DOF manipulation, 280 mm reach, 250 g payload, ~850 g weight, an expandable LEGO-style interface, and a developer ecosystem with documentation and Python/ROS integration options.

Summary

Elephant Robotics myCobot-280 M5 (4010100015) is a lightweight, desktop-friendly 6-DOF collaborative robotic arm built for learning and rapid prototyping. With a 280 mm working radius, 250 g payload, published ±0.5 mm positioning/repeatability figure, and an M5Stack/ESP32-oriented control approach complemented by Python/ROS tooling, it occupies a practical niche for STEM classrooms, maker projects, and early-stage research demonstrations where accessibility and iteration speed are the primary priorities.