Elephant Robotics

Product families

• myCobot 280 – a compact 6-DOF collaborative-style desktop arm designed for education and benchtop automation. The platform emphasizes approachability, multiple compute options (e.g., M5Stack, Raspberry Pi), and a large ecosystem of accessories. 

• mechArm 270 – a 6-DOF arm with a 270 mm working radius, offered in variants integrated with Raspberry Pi 4B for out-of-the-box development with ROS and HDMI display. 

• myPalletizer 260 – a 4-axis arm optimized for palletizing-style motions and classroom demonstrations; marketed as an ultra-light desktop unit with a 260 mm working radius. 

• myAGV – a compact, Mecanum-wheel autonomous guided vehicle used as a mobile base for research, mapping, and multi-robot experiments; recent editions ship with Raspberry Pi and an Ubuntu-based OS. 

Developer-centric ecosystem

Across these families, the company provides ROS/ROS2 packages, open documentation and example projects, plus graphical tools for beginners. The emphasis on low cost, small footprints, and ready-to-use compute modules (M5Stack/Pi) helps shorten the path from classroom demonstration to reproducible lab experiments. 

Technology and Specifications

Desktop robotic arms

• myCobot 280: reach 280 mm, typical payload 250 g, repeatability around ±0.5 mm (variant-dependent). Sold in multiple configurations (e.g., M5Stack, Raspberry Pi), with end-effector I/O and community accessories for pick-and-place, drawing, and small part handling. 

• mechArm 270: 6-DOF, 270 mm radius, about 1 kg arm weight and 250 g rated payload, designed for portability and ROS-based curriculum. 

• myPalletizer 260: 4-DOF, 260 mm working radius, ≈250 g payload; marketed with M5Stack control and published specs covering supply voltage, motor type, and repeatability. 

Mobile base

• myAGV: compact footprint (≈300×205×145 mm), Mecanum wheels, on-board Raspberry Pi 4B, integrated LiDAR (360°) and camera, and published top “trolley” speed near 0.9 m/s. Educational bundles document 2D/3D mapping, navigation, and ROS simulation workflows. 

Software and connectivity

Elephant Robotics’ classroom-oriented kits typically support USB/Type-C communication, provide examples for Python/C++ and ROS, and include downloadable guides and GitBook documentation for installation, calibration, and operation. Community and reseller pages add comparative spec sheets and CAD/workspace data helpful for lesson planning and small automation rigs. 

Applications and Use Cases

Education and STEM

The company’s desktop arms appear widely in STEM curricula, robotics clubs, and university labs. Instructors use myCobot/mechArm for kinematics, trajectory planning, and vision-guided pick-and-place; myPalletizer introduces palletizing patterns and Cartesian motion in a small footprint. 

Research and prototyping

Labs combine myAGV with a lightweight arm to prototype mobile manipulation and SLAM. Raspberry-Pi-based stacks and ROS tutorials allow rapid replication of mapping, navigation, and perception pipelines before moving to larger, industrial-grade platforms. 

Light benchtop automation and demos

Makers and small workshops use myCobot and mechArm for parts sorting, PCB handling, inspection demos, or art/plotting projects. While payloads and repeatability are limited relative to industrial cobots, the systems enable proof-of-concept automation and interactive exhibits at low cost. 

Advantages / Benefits

• Approachable hardware: low mass, small work envelopes, and integrated compute options let classrooms deploy multiple units per bench. 

• Open learning path: ROS support, GitBook docs, and example code ease the transition from block-based tools to full robotics software stacks. 

• Ecosystem breadth: pairing desktop arms with myAGV enables mobile manipulation experiments that mirror research literature on SLAM and navigation. 

• Cost and availability: wide reseller coverage and frequent bundle pricing make it practical to equip labs and pilot projects with multiple units.

Technology and Specifications (Selected Tables)

• myCobot 280 (M5/RPi) – 6-DOF, 280 mm reach, ~250 g payload, typical repeatability ±0.5 mm; several SKUs publish weights under 1 kg.

• mechArm 270 – 6-DOF, 270 mm radius, 1 kg arm weight, 250 g payload; marketed as “compact and portable.” 

• myPalletizer 260 – 4-DOF, 260 mm radius, 250 g payload; M5Stack control, published repeatability from ±0.3 to ±0.5 mm depending on source/variant. 

• myAGV – Mecanum drive, 0.9 m/s listed speed, Raspberry Pi 4B, integrated LiDAR and camera; tutorials cover 2D/3D navigation and graphical programming.

Comparisons (if relevant)

Compared with industrial collaborative robots, Elephant Robotics’ desktop arms trade payload, reach, and precision for price, portability, and ease of use. In education and prototyping settings they compete with other maker-grade arms; strengths include multiple ready-to-run compute integrations (M5Stack/Pi) and a consistent ROS pathway across arms and the AGV. Prospective buyers should evaluate repeatability tolerances, end-effector options, and workspace needs against the requirements of their class or pilot cell. 

Pricing and Availability

Pricing varies by region and configuration, but public storefronts show myCobot 280 M5/RPi kits typically listed in the hundreds of US dollars (entry level), with higher-spec bundles and mobile-manipulator packages priced higher; the myAGV base and combined “LIMO/COBOT” or mobile-manipulator kits are sold through official and third-party channels. Inventory and lead times depend on SKU and geography. For classroom rollouts, distributors often offer education bundles with training materials.

FAQ Section

What is Elephant Robotics?

Elephant Robotics is a Shenzhen-based robotics company (founded 2016) that makes desktop robot arms (myCobot, mechArm, myPalletizer) and the myAGV mobile base for education, research, and prototyping. 

How do Elephant Robotics products work?

Most arms use servo-driven joints with small work envelopes and are offered with M5Stack or Raspberry Pi controllers. Users program them via Python/ROS or graphical tools; myAGV adds LiDAR/camera sensors for mapping and navigation. 

Why are these robots important?

They lower the barrier to entry for hands-on robotics, allowing schools and labs to teach kinematics, ROS, and perception on affordable hardware before scaling to industrial platforms. 

What are typical specifications?

Representative figures: myCobot 280 (reach 280 mm, payload ~250 g, repeatability ±0.5 mm), mechArm 270 (radius 270 mm, payload 250 g), myPalletizer 260 (radius 260 mm, payload 250 g), and myAGV (Mecanum drive, 0.9 m/s speed, onboard Pi + LiDAR). Specs vary by SKU and should be confirmed against current datasheets. 

Are these robots industrial cobots?

They are education/desktop-class systems. While useful for demos and light benchtop tasks, their payloads and tolerances are not intended to replace full industrial collaborative robots. Verify safety and guarding requirements for any real-world deployment.

Summary

Elephant Robotics occupies a distinctive niche in the robotics landscape by pairing low-cost, portable arms and a small AGV with a developer-friendly stack that spans from graphical tools to ROS. For schools, hobbyists, and research groups, the portfolio provides an accessible path to manipulation, mobile robotics, and perception without the cost and infrastructure of industrial cobots—while maintaining enough openness and documentation to build credible prototypes and course modules.