Top 10 Innovative Drones
Links to Videos – 10. Star Wars Drone 1 9. Bi Copter 8. Jet Quadcopter 7. Howering Aeroplane 6. Dragon Copter 5. Cyclo Copter 4. Star Wars Drone 2 3. Variable Pitch Propeller Drone 2. Electric Rocket Human Flying Drone
Ambient Real Time Clock
9+COMPONENTS AND SUPPLIES Arduino Nano R3 × 1 Real Time Clock (RTC) × 1 Linear Regulator (7805) × 1 SparkFun LilyPad Rainbow LED (strip of 7 colors) × 1 NECESSARY TOOLS AND MACHINES Soldering iron (generic) APPS AND ONLINE SERVICES Arduino IDE ABOUT THIS PROJECT Ambient Lightning Real-Time Clock Aim I made this Clock because I have a addressable LED strip laying around and I want to use it. Then I saw my room doesn’t have a good Clock that matches its walls. So I Decided to make a Clock which can change its colors according to users mood or wall color. Making Process YouTube Video – https://youtu.be/BOfylZIl_ws I firstly took a 24 x 15 inch plywood board. Cut LED strip into pieces and paste them on the board Then After soldering them I cover the whole with a black chart paper Then paste a thermocoal sheet on top of it…
Door Security Sensor
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The Raspberry Pi Pico
The Raspberry Pi foundation changed single-board computing when they released the Raspberry Pi computer, now they’re ready to do the same for microcontrollers with the release of the brand-new Raspberry Pi Pico. But wait Microcontroller and single board computers what are they? Are they any different? Let’s clarify that first. The computer runs on operating systems and designed to complete multiple tasks at the same time. While on the other hand, Microcontrollers are a different type of device than Single Board Computers (like the Raspberry Pi 4 and previous generations of Pi), they don’t run an operating system and they are typically programmed to do just one task – though that task can be pretty intricate and exciting! They’re perfect for experimenting with hardware and using it as the brains of custom devices, machines, and inventions. Examples of Single Board computers are Nvidia Jetson, Raspberry pi etc And Microcontrollers includes our lovely Arduino, ESP8266,…
Top 10 Arduino Projects for Beginners
10. Arduino Thermometer 9. TV Remote and Motor 8. Arduino LCD Game 7. Arduino Smiling Robot – in progress video is not completed 6. Arduino Stacks Player 5. Arduino Distance Sensor 4. Arduino TV Remote 3. Arduino Digital Voltmeter 2. Arduino Radar System 1. Arduino IR Robot Car
Top 10 Arduino Projects | Best Arduino Projects | 2019
We have selected the best Arduino Projects from YouTube according to their view count, Live vs Dislike percentage, and viewers engagement. most of the projects are from top YouTube channels such as GreatScott! and How To Mechatronics. Projects are selected from small YouTubers also such as RoboCircuits and Mediocures like Indian Life Hacker and tapendra mandal. Help me by Subscribing – https://youtube.com/robocircuits Links to all Projects are given here – http://www.robocircuits.com/top-10-arduino-projects-best-arduino-projects-2019/ ———————Copyright Disclaimer———————- My purpose behind this video is to promote and give my best wishes to the project makers. I don’t claim any rights on any of the videos used. These are for NEWS purposes only. YouTubers will get more views due to my video as I am providing links to all video in description and also on my website. Links to all Projects How to Make a Self Balancing Robot at HomeCredits – Tapendra Mandal Make your own…
Mesh Networking Home Automation
Overview ESP-MESH is a networking protocol built atop the Wi-Fi protocol. ESP-MESH allows numerous devices (henceforth referred to as nodes) spread over a large physical area (both indoors and outdoors) to be interconnected under a single WLAN (Wireless Local-Area Network). ESP-MESH is self-organizing and self-healing meaning the network can be built and maintained autonomously. Traditional Wi-Fi Network Architecture A traditional infrastructure Wi-Fi network is a point-to-multipoint network where a single central node known as the access point (AP) is directly connected to all other nodes known as stations. The AP is responsible for arbitrating and forwarding transmissions between the stations. Some APs also relay transmissions to/from an external IP network via a router. Traditional infrastructure Wi-Fi networks suffer the disadvantage of limited coverage area due to the requirement that every station must be in range to directly connect with the AP. Furthermore, traditional Wi-Fi networks are susceptible to overloading as…
What is Mesh Networking | Mesh Networking based Car | ESP8266 and ESP32
ESP-WIFI-MESH is a wireless communication network with nodes organized in a mesh topology using the simultaneous AP-STA feature on Espressif SoCs. It provides a self-forming and self-healing network, with ease of deployment. So today we are using mesh networking in order to make a wireless controlled car using esp8266 and esp32. We are using painless mesh library. painlessMesh is a library that takes care of the particulars of creating a simple mesh network using esp8266 and esp32 hardware. The goal is to allow the programmer to work with a mesh network without having to worry about how the network is structured or managed. Link for Painless mesh library – https://github.com/gmag11/painlessMesh Code for Remote – ESP32 Code for Car – ESP8266
LED Cube
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Electronic Dice with UTSOURCE
Electronic Dice Electronic Dice is a playful electronic project with integrated electronic components involvement. The dice works extremely well in all favorable conditions a user needs when he/she plays a game. Using beautiful schematic and colorful LEDs’ dice reflects enjoyment when biasing. So, let’s begin towards the development. Principle of Electronic Device: An integrated circuit(IC) 4017 is connected in the circuit, whenever the user touches the naked wire leaves a side of the circuit. The signal reaches the IC which is connected to the 6 variant LED’s the power is given simultaneously to LEDs and when the user removes his/her hand away from the naked wire. The signals stop at a certain LED and it indicates the number obtained from that LED with it’s naming. What are you waiting for let’s make it. Components Required: 1. Integrated circuit (IC) 4017 (1) get it from here 2. 6 LED’s (same or different…
Water Level Switch Using D882
Water Level Switch is a simple electronic project made by using basic electronic components like LED, resistors, transistors. The transistor is one of the most versatile active electronics components on the planet. Almost every IC is build using transistors. Without transistors, almost every electronics appliance we use today won’t be possible. We are going to see how to make a small water level switch using a single D882 transistor. You can see the pinout of the D882 transistor in the given image. D882 pinout We can use this circuit as a simple water tank level indicator. Or we can make several of these circuits and build a tank level indicator with several levels. This circuit can be customized in any way you like. Basic Components : Let’s see what components are required for this. 1. UTSOURCE 100Ω resistors 2. UTSOURCE LED 3. UTSOURCE D882 Transistor 4. Circuit wire Tools Required: 1. Soldering Iron 2.…