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Learn to control a SMARS Quad robot using MakeCode and BBC micro:bit. Covers hardware setup, leg configuration, movement commands, and programming, with a live demo and downloadable resources.
Learn to create your own AI assistant using Python and Raspberry Pi. Covers architecture, hardware/software setup, and implementation of key features like speech recognition and natural language processing.
Learn to build and program a Raspberry Pi Pico-powered SMARS robot using MicroPython. Covers hardware assembly, wiring, and coding, with a live demonstration of the robot in action.
Design and build a printable paper robot using Fusion 360's sheet metal feature. Learn about material considerations, design techniques, and assembly methods for creating your own customizable SMARS robot.
Explore the evolution, components, and applications of robots across various fields, from healthcare to space exploration, including design, electronics, and programming concepts.
Learn to integrate Node-Red, MQTT, NodeMCU, and MicroPython for home automation. Explore building dashboards, connecting devices, and creating smart systems with practical demonstrations and expert guidance.
Troubleshooting guide for SMARS robots: addressing common issues with batteries, wheels, Bluetooth, motor shields, and tracks. Practical solutions for DIY enthusiasts.
Comprehensive introduction to BBC micro:bit for robotics projects, covering hardware features, programming, comparisons with other microcontrollers, and practical demonstrations using MicroPython.
Learn to integrate the VL53L0X Time of Flight sensor with Raspberry Pi Pico using MicroPython. Includes setup, library usage, and practical demonstrations for robotics applications.
Learn to control multiple servos using Raspberry Pi Pico, PCA9685, and MicroPython for robotics projects. Covers I2C communication, troubleshooting, and practical implementation with a robot example.
Learn to design and model PicoCat, a robot based on OpenCat, using Fusion 360. Master 3D modeling techniques for creating custom parts compatible with Raspberry Pi Pico, from basic sketches to complex components.
Explore OttoDIY and SMARS robots, their features, differences, and the exciting crossover version. Learn how to build your own and discover various remixes and resources for DIY robotics enthusiasts.
Learn to use HC-SR04 Range Finder with Raspberry Pi Pico, including voltage adjustment, wiring, and MicroPython programming. Hands-on demos and practical examples included.
Learn to create smooth servo motion using easing algorithms in MicroPython on Raspberry Pi Pico. Practical examples and real-world applications for robotics projects, including OpenCat implementation.
Learn to build an OpenCat robot using Raspberry Pi Pico and MicroPython. Covers modeling, motion, inverse kinematics, balancing, and servo upgrades. Includes live coding and demonstrations.
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