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Quarky Robo Dog Mini Documentation

The Quarky Robo Dog Mini is more than just a robot; it is a compact, four-legged walking companion that brings your space to life, powered by Quarky, an ESP32-based robotics controller for hands-on STEM learning. Unlike wheeled robots, Robo Dog Mini uses servo-driven leg movement, making it an excellent platform to understand robot locomotion, joint control, balance, and calibration.

Robo Dog Mini can be programmed using PictoBlox, making it suitable for students, educators, makerspaces, and beginners in robotics who want to explore walking robots in a structured, approachable way.

Getting Started with Quarky Robo Dog Mini

Learn how to program Quarky Robo Dog Mini using Block coding or Python coding tutorials.

Quarky mini roboDog

Quarky Robo Dog Mini, Step-by-Step Assembly Guide

Bring your space to life with your very own 3D-printed desk companion! This guide walks you through the compact assembly of the Robodog Mini, a cute and agile quadruped powered by 4 high-precision servo motors. Learn how to assemble its lightweight, 3D-printed body and calibrate its movement to create a lifelike, interactive robot friend that fits right on your desk.

Quarky Robo Dog Mini, Step-by-Step Assembly Guide

Bring your space to life with your very own 3D-printed desk companion! This guide walks you through the compact assembly of the Robodog Mini, a cute and agile quadruped powered by 4 high-precision servo motors. Learn how to assemble its lightweight, 3D-printed body and calibrate its movement to create a lifelike, interactive robot friend that fits right on your desk.