Projardgreen

In this video, I demonstrate one of the ways you can use an accelerometer in your Arduino projects. This project is a simple but effective way of using a 3 axle accelerometer module.

This is the first part, of two, about my Arduino Lamp/analog clock project. If you are not confortable with dealing with main power electricity, please do not attempt this project at home. I am a certified technician, live wires are exposed...

Arduino main 120 V Lamp and analog clock. Part 1/2.

I had no intentions, in the begining, of making this video. I was only having fun while testing my boat at the same time. But, the filmage ended up looking so nice, that I thought it would make a nice relaxing video for the viewers... So, no technical dialogue, or any at all, just a cool 10 min video that I hope you'll enjoy...

In this video, I walk you through the basics of the Software Serial library and the importante detail of hardware connections between the modules.

In this video, I use my decoration piece to exemplify how the Interrupt hardware of the Arduino can help and upgrade your projects.

On this video, I use my multi task Arduino platform to record, throughout a given time, measurments of temperature and humidity on the EEPROM, later displaying it, using the same project, both on an LCD screen and on Arduino IDE's Serial Plotter.

In this video, I use my decoration RGB lamp, to demonstrate how you can use a cellphone charger to power your Arduino projects.

This is a video of a job I took by myself, also as a challenge. It was not an easy job for only one man... But I got it done, and I am very proud of the results... The video speeks for itself. This was from a short time I was in Portugal... But I am from the USA, and there is no place like home baby! But if you see me arround and need some work done on your home, gimmi a holler!

In this video, I conclude my PID formula, I end up not including the "Integral" factor because the process, code wise, is basically the same as to calculate the Derivative constant, so, all that's needed to learn to build a complete PDI formula was concluded, which was the purpose of this project.

In this video, I sketch my arm robot to perform a predetermined set of movements automaticaly and firing a laser on specific targets.

In this project, I create a very rudimentery form of a sonar with the use of the Serial plotter to display the distances measured by the sensor.

In this video, I perform comunication between two Arduino's using I2C protocol.

In this video, I show where to sotter the resistors for the X-Bee shield for the Arduino.

In this video, I use a LCD screen to work with my decoration piece.

This project serves to demonstrate how easy it is with the Arduino to make simple but importante analises devises.

In this video, I demonstrate a very simple sketch that recieves the signals from the microphone sensor, and displays them on the Serial Plotter of the Arduino IDE.

In this video, I hack a radio controler from a R/C car toy, to control the movements of my 3 axle arm robot.

In this video, I make a sketch for the arm robot to perform a set of movements automaticaly, reapetedly.

In this project, I create more and improved ways of controling the robot.

In this simple project, I show two diferent types of motors together in one robotic arm.

In this project, I conect my Arduino with my cellphone via bluetooth, using the HC-05 for the effect.

In this video, I upgrade my decoration piece with a Reed magnetic sensor and a PID motion sensor.

This project is a decoration piece, but very usefull in learning how to control objects with the Arduino.

This is the conclusion of this project.