Arduino Based Mechatronics Projects
The following five websites :
– are all valuable resources for those interested in Arduino and related microcontroller technologies.
They offer a wide range of project resources, tutorials, and learning materials. Arduino Project Hub focuses on diverse Arduino projects; Circuit Digest centers on microcontroller projects with various types of microcontrollers covered; How to Mechatronics is dedicated to mechatronics Arduino projects; Electric DIY Lab emphasizes Arduino-based electronic DIY projects; and Taichi-maker provides learning materials for Arduino and ESP8266 in the IoT field. Each website has its own characteristics and can meet different learning and project needs of users in the field of Arduino and related technologies.
This is a platform dedicated to Arduino projects, providing users with a wide variety of Arduino project resources and a communication space.
The website encompasses 5,603 projects with a broad range of types. These include robots (such as line-following robots, hexapod robots, etc.), sensor applications (such as soil moisture sensor, ultrasonic sensor projects, etc.), door lock systems (such as fingerprint sensor and electromagnetic lock projects), and electronic games (such as the replication of the Flappy Bird game based on Arduino). Each project comes with a detailed introduction, and some are accompanied by circuit schematics and code examples for users to learn and refer to.
It mainly focuses on microcontroller projects, offering a series of project tutorials and knowledge explanations based on microcontrollers to assist users in learning and practicing the application of microcontrollers.
Its content contains various microcontroller-based projects, such as intelligent Ludo boards, electronic dice, sound direction detection systems, intelligent toll collection systems, and vehicle fatigue driving detection and alarm systems. For each project, there are detailed explanations of the hardware working principles, circuit design diagrams, and software and code descriptions. The microcontrollers involved include Arduino, 8051, AVR, PIC, TI, and many other types.
It is a website concentrating on Arduino projects in the field of mechatronics, providing enthusiasts and engineers with abundant project cases and tutorials to help improve relevant skills and knowledge.
The website showcases numerous Arduino projects, categorized into robots, CNC machines, radio control, motor control, etc. Robot projects include robotic arms, omnidirectional wheel robots, Mars rover replicas, etc.; CNC machine projects include laser engravers, plotters, etc.; radio control projects cover remote controls, aircraft, etc.; and motor control projects involve various motor drive and control applications. Each project is equipped with detailed manufacturing steps, circuit schematics, source code, and relevant videos. There is also a comment section for users to communicate and share ideas.
It is committed to sharing electronic DIY projects and providing tutorials. Centered around Arduino, it covers project practices and technical explanations in multiple fields, helping users with electronic production and learning.
The website content includes Arduino-based home automation projects, PCB inspection machines, temperature controller circuits, motor drive tutorials, etc. The hardware involved includes DRV8833 motor drivers, LM358 operational amplifiers, ESP32, ESP8266, Raspberry Pi Pico, etc. At the same time, it provides production tutorials and technical instructions for various projects, as well as relevant code examples and circuit designs.
It mainly provides learning materials for the application and development of Arduino and ESP8266 in the Internet of Things, as well as open-source maker project resources, helping users learn and practice related technologies.
The website contains Arduino development knowledge, such as development board introductions, programming language reference materials, and official library usage methods. It also has application tutorials and reference materials for Internet of Things development platforms. Its feature is a set of free open-source tutorials, “Learn to Use Arduino from Scratch”, which guides users to explore the maker world through video demonstrations, program explanations, and project production. It also organizes some excellent maker projects and provides resources and materials for some of these projects.