Micro-Bit for Robotics
Comprehensive introduction to BBC micro:bit for robotics projects, covering hardware features, programming, comparisons with other microcontrollers, and practical demonstrations using MicroPython.
PicoCat & Fusion 360
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.
OttoDIY and SMARS Robots
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.
Raspberry Pi Camera Module Design in Fusion 360 for SMARS Quad
Design a Raspberry Pi camera holder for SMARS quad robot using Fusion 360. Learn step-by-step 3D modeling, from initial sketch to STL file output, with measurements and dimensions provided for easy reproduction.
Printing the Parts of the SMARS Quad Robot
Learn to print, assemble, and program a SMARS Quad robot using Raspberry Pi Zero and Python. Explore advanced features like computer vision, voice synthesis, and voice recognition in this hands-on series.
SMARS Next Steps & Recap
Comprehensive review of SMARS robot building series, covering past lessons and future directions. Explores additional robotics projects and resources for enthusiasts.
Loading the SMARS Arduino Code
Learn to load and test Arduino code for SMARS robots. Covers downloading, compiling, and transferring code, with a live demonstration and updates on the project's progress.
Wiring Up the SMARS Electronics
Learn to wire up SMARS robot electronics, including range finder, motor shield, and motors. Covers Arduino pinouts, wiring diagrams, and Bluetooth modules for beginners in robotics and 3D printing.
Assembling the SMARS Parts and Soldering
Step-by-step guide to assembling SMARS robot parts, including soldering motors, adding battery and Arduino board. Ideal for beginners interested in low-cost, open-source robotics projects.
3D Print the SMARS Parts
Learn to 3D print SMARS robot parts: download files, slice with Cura, use Octoprint, choose colors, and prepare for assembly. A step-by-step guide for beginners in robotics and 3D printing.
Getting Started with Robotics - An Introduction and Overview
Comprehensive introduction to robotics, covering equipment, skills, and steps to build a low-cost, open-source SMARS robot. Includes website tour, viewer interaction, and studio showcase.
SMARS and Python - Classes and Object Oriented Programming
Learn object-oriented programming with Python for SMARS robots. Covers classes, inheritance, composition, polymorphism, and data abstraction. Practical coding examples and applications in robotics included.
SMARS SG90 Servos, PCA9685 and Arduino - Programming Robots
Learn to program SMARS robots using Arduino, SG90 servos, and PCA9685 modules. Covers servo basics, wiring, coding, and introduces SMARS_Library for Python, enhancing your robotics skills.
SMARS - MPU-6050 & GY-271, Arduino Programming Robots
Learn to program SMARS robots with Arduino, connecting DOF sensors for accurate movement, collision detection, and 3D positioning. Gain practical skills in robotics and sensor integration.
SMARS HC-SR07 Range Finder Arduino Programming - Sensors
Learn to program an Arduino-controlled SMARS robot with a range finder sensor, enabling object detection and avoidance. Gain hands-on experience in sensor integration and basic robotics.
SMARS Motor Control Arduino Programming - Movement
Learn to program SMARS robots using Arduino, covering basics of motor control and movement. Hands-on coding session included, suitable for beginners in robotics and Arduino programming.
SMARS Fusion 360 Design - Motor Holder
Design tutorial for creating SMARS robot motor holders in Fusion 360, covering sketching, dimensioning, and 3D modeling techniques. Learn to craft printable parts for building low-cost, Arduino-powered robots.
SMARS Fusion 360 Design - Tracks
Design SMARS robot tracks using Fusion 360, covering wheel insertion, sketching, measurement, and motor holder creation. Ideal for 3D printing enthusiasts and robotics hobbyists.
SMARS Robot Range Finder Module Design in Fusion 360
Learn to design a range finder module holder for SMARS robots using Fusion 360, enabling creation of low-cost, open-source robots with 3D printing and Arduino components.
SMARS Fusion 360 Design - Wheels
Learn to design SMARS robot wheels using Fusion 360. Step-by-step guide covers sketching, extruding, cutting, and assembling, perfect for 3D printing enthusiasts and robotics hobbyists.
SMARS Fusion 360 Design - Chassis
Learn to design a SMARS robot chassis in Fusion 360. Step-by-step guide covers sketching, shell creation, cutouts, motor holders, Arduino slots, and battery placement for both quad and wheeled versions.