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 - 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 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.
PX4 VIO Setup with Jetson Nano and Intel T265 - Auterion VIO Fork
Comprehensive guide for setting up Visual Inertial Odometry on a Pixhawk-based drone using Jetson Nano and Intel T265 camera, covering hardware assembly, software installation, and flight testing.
2021 Maker Update Wrap-Up - Memorable Projects, Tips, and Trends
A comprehensive review of 2021's maker trends, notable projects, and useful tips. Highlights include VR gloves, sustainable making, AI applications, and new tools like Raspberry Pi Pico and Zero 2.
Harmonic vs Cycloidal Drive - Torque, Backlash and Wear Test
Comprehensive comparison of 3D-printed harmonic and cycloidal drives, exploring design, assembly, efficiency, accuracy, and durability. Includes practical tips for 3D printing and robotics applications.
How to Create Difficult FPGA Designs with CPU, MCU, PCIE
Comprehensive guide to advanced FPGA design techniques, covering processors, microcontrollers, PCIE interfaces, and practical examples with ZYNQ for image processing and Linux implementation.
How to Design and Build Your Own Idea - A Magic Wand
Learn to design and build your own ideas, from concept to finished product. Covers project selection, prototyping, PCB design, 3D modeling, manufacturing, and safety considerations for electronic devices.
How to Create Footprints for Altium Beginners
Comprehensive guide on creating PCB footprints in Altium Designer, covering resistors, LEDs, connectors, 3D models, and schematic symbol integration for beginners.
Learn Fusion 360 or Die Trying - Creating and Using Tools for Complex 3D Shapes
Create complex 3D shapes in Fusion 360 by designing tools and using the combine feature. Master techniques for improved 3D design skills and efficient modeling for 3D printing.
Learn Fusion 360 or Die Trying - Design Gear Box with Stacked Gears for 3D Printing
Step-by-step guide to designing a 3D-printable gear box with stacked herringbone gears in Fusion 360. Learn to create, modify, and combine complex gear structures for functional prototypes.
Learn Fusion 360 or Die Trying - Sketching on Offset and Orthogonal Planes
Master sketching on offset and orthogonal planes in Fusion 360. Learn to create user-defined planes, maintain orientation, and design complex 3D objects with step-by-step guidance for beginners.
Learn Fusion 360 or Die Trying - Understanding Constraints
Comprehensive guide to mastering constraints in Fusion 360, essential for effective 3D modeling. Learn to control and manipulate design elements with precision and ease.
Learn Fusion 360 or Die Trying - First 3D Design for Absolute Beginners
Step-by-step guide for beginners to create their first 3D design in Fusion 360, covering essential tools and techniques for successful modeling and printing.
Learn Fusion 360 or Die Trying - Introduction Tutorial for Absolute Beginners
Comprehensive introduction to Fusion 360 for beginners, covering basic concepts, sketching techniques, and essential tools to overcome common frustrations and build a solid foundation.
Fusion 360 for 3D Printing - Using the Sweep Tool
Learn to create complex 3D models using Fusion 360's Sweep Tool. Master techniques for sketching, profiling, tapering, and intersecting to design intricate shapes for 3D printing projects.
Fusion 360 for 3D Printing - Create a Parameterized Model for a Flower Pot
Learn to create a parameterized flower pot model in Fusion 360 using the Revolve Tool, with step-by-step guidance on sketching, construction lines, and profile creation for 3D printing.