Elephant Robotics Technology Mycobot-280-Pi (4010100016)

Elephant Robotics Technology Mycobot-280-Pi (4010100016)

The manufacturer and official documentation frequently describe the myCobot 280 Pi as the “world’s smallest” collaborative robot within its category, positioning it as a lightweight platform intended to lower barriers to learning manipulation, motion control, and software integration.

A defining feature of the Pi variant is its Raspberry Pi–based control center. The official store notes that the robot is “powered by Raspberry Pi” and runs Ubuntu MATE 20.04, allowing it to operate as a standalone mini robotics workstation when connected to a monitor, keyboard, and mouse.
This architecture makes myCobot-280 Pi popular in teaching environments where learners can develop directly on-device, as well as in labs where quick integration with Python scripts and robotics middleware is important.

Design and Features

Desktop-friendly 6-axis cobot form factor

myCobot-280 Pi uses a 6-axis articulated arm layout intended for common manipulation tasks (pick-and-place demos, basic orientation control, and toolpath-style motion). Its published working radius is 280 mm, which places it firmly in the “desktop manipulator” segment.

Lightweight construction and compact footprint

According to Elephant Robotics’ specifications, the myCobot 280 Pi weighs 860 g (the brochure also cites 850 g) and is rated for a 250 g payload.
This lightweight design supports portability—moving the arm between classrooms, benches, or demo stations—while keeping power requirements modest.

Raspberry Pi as the primary controller

The official specifications list the master controller as Raspberry Pi (Broadcom BCM2711) with a 64-bit 1.5 GHz quad-core CPU, VideoCore VI GPU, and 2 GB RAM.
Elephant Robotics also lists an ESP32 as auxiliary control, reflecting a hybrid setup commonly used in robotics products for real-time peripheral or device-level functions.

Connectivity and I/O for projects

The published interfaces include USB 3.0 ×2, USB 2.0 ×2, microHDMI ×2, 3.5 mm audio, and 20 inputs / 20 outputs (I/O), and the specifications list Wi-Fi (802.11ac, dual mode) and dual-mode Bluetooth.
These ports are relevant for education and prototyping because they simplify attaching peripherals such as cameras, displays, sensors, and external controllers.

Developer tooling and educational ecosystem

Elephant Robotics emphasizes guided learning resources, including a dedicated GitBook documentation set for the myCobot 280 Pi that covers product information, user instructions, and development guidance.
The official store also highlights programming support (including Python) and beginner-friendly tooling such as myBlockly, myStudio, and Mind+, which are listed on the specifications page as development software options.

Technology and Specifications

Core specifications (manufacturer-published)

Elephant Robotics’ myCobot 280 Pi specifications list the following headline figures:

• Degrees of freedom: 6

• Payload: 250 g

• Weight: 860 g (brochure: 850 g)

• Working radius: 280 mm

• Positioning accuracy / repeatability: ±0.5 mm

• Power input: DC 12V, 5A (60W)

• Operating temperature: -5°C to 45°C

The same page also lists joint rotation ranges (typically ±165° for joints 1–5, ±175° for joint 6) and a joint maximum speed of 160°/s, useful for educators comparing motion envelopes across desktop arms.

Communications and supported stacks

The specifications list serial communication, MODBUS, and TCP/IP as supported communication protocols, and explicitly mention Python and ROS1 support.
Elephant Robotics maintains public API resources for its products—most notably pymycobot, a Python API package intended for serial communication and control of Elephant Robotics devices.

Applications and Use Cases

Robotics education and STEM labs

myCobot-280 Pi is commonly used as a teaching arm for:

• joint-space vs Cartesian motion concepts

• forward/inverse kinematics demonstrations

• introductory motion control and trajectory scripting

• ROS-based learning and simulation-to-hardware workflows

Its standalone Raspberry Pi setup is particularly relevant for classrooms, because students can treat the arm like a small robotics computer rather than relying on a separate PC for every station.

Maker projects and desktop automation demos

The myCobot brochure emphasizes multi-platform secondary development and expansion interfaces, framing it as a platform for multi-scene applications and project-based learning.
Typical desktop use cases include lightweight object handling, simple sorting demonstrations, camera positioning, and scripted interactive exhibits.

Prototyping for research and applied development

While the payload is modest (250 g), the combination of ROS/Python support, accessible I/O, and compact size makes myCobot-280 Pi useful for early-stage prototyping—such as testing perception pipelines, grasp logic at small scale, or human-in-the-loop demonstrations—before graduating to larger industrial systems.

Advantages / Benefits

Standalone Raspberry Pi workflow

Unlike many desktop arms that assume a host PC, myCobot-280 Pi is marketed as operating independently by leveraging Raspberry Pi and Ubuntu MATE, which can reduce setup friction for education and demos.

Low power and easy deployment

With a listed 12V/5A input and sub-1 kg weight, the robot is suited to multi-station classroom rollouts and portable demo kits.

Broad integration options

The published I/O, USB, display outputs, and communications protocols support iterative experimentation, from beginner visual tools (myBlockly) to programmatic control (Python APIs) and robotics middleware (ROS1).

FAQ Section

What is Elephant Robotics myCobot-280 Pi (4010100016)?

It is a 6-DOF desktop collaborative robotic arm from Elephant Robotics, sold as myCobot 280 Raspberry Pi 2023 under SKU/part number 4010100016, designed for education, prototyping, and maker projects.

How does myCobot-280 Pi work?

myCobot-280 Pi uses a 6-joint articulated arm controlled by a Raspberry Pi master controller with Linux support, and it can be programmed using tools such as Python APIs and ROS1-oriented workflows, depending on the user’s setup.

Why is myCobot-280 Pi important?

It provides an accessible, low-footprint way to learn robot arm concepts—kinematics, motion control, and software integration—while also supporting a standalone Raspberry Pi development workflow for labs and classrooms.

What are the benefits of myCobot-280 Pi?

Key benefits include 6 DOF, 280 mm reach, 250 g payload, ±0.5 mm positioning accuracy, Raspberry Pi–based standalone development, and multiple integration options (USB, I/O, Wi-Fi/Bluetooth, Python, ROS1).

Summary

Elephant Robotics myCobot-280 Pi (4010100016) is a compact 6-DOF desktop cobot built around a Raspberry Pi control architecture and intended for hands-on learning and rapid robotics prototyping. With published specifications such as 280 mm working radius, 250 g payload, ±0.5 mm accuracy, and broad connectivity plus Python/ROS1 development support, it is positioned as a practical platform for STEM instruction, maker experimentation, and early-stage research workflows where portability and software accessibility are priorities.