Autonomous Fire Fighting Robot With Self Finding Flames
https://youtu.be/QP3xScVA8Gs
The concept of this robot is very simple. To build it we will need: Arduino mega, l293d motor module, flame sensor and relay module.
Similar Posts
Print with Chocolate in two colours with 3Drag Choco Big Dual Extruder
Let’s create a new evolution for our 3Drag printer, with a dual extruder for the printing of chocolate items of two types or colours. The 3Drag printer has been our answer to the growing need – on the part of the general public (a need that was already shown towards the RepRap project) –…
TCS3200 RGB Color Sensor
This is an Arduino/Fishino RGB Color Sensor breakout uses TAOS TCS3200 RGB sensor chip and 4 white LEDs. The TCS3200 color sensor can detect and measure a nearly limitless range of visible colors. The TCS3200 has an array of photodetectors, each with either a red, green, or blue filter, or no filter (clear). The filters of each…
Arietta G25 – The latest Embedded Linux Board
If you have “broken the ice” with GNU / Linux through Raspberry Pi already, here is a board that allows you to jump into the real professional world, with all the needed support and with totally “Open” instruments and, why not, in an enjoyable way. Arietta G25 is the “mascot” of a series of…
How to solve audio feedback issues when live streaming
Mix minus is an audio production technique that lets you get all of your audio signals where they need to go while avoiding problems such as feedback, interference, etc. It can come in handy if you’re on a video call, a livestream or other similar technical situations. There’s a million different ways to do…
Creating a Network of Nodes with LoRa Shield
In this last post of the LoRa series we will see how to use the board, so to create a network composed of addressable and safe nodes. Semtech’s SX1278 integrated circuit, on which this shield is based, allows for a sophisticated and efficient communication in the LoRa (Long Range transmission) technology. This communication is…
Solar Tracker
A Solar tracker was created in order to focus solar panels perpendicular to incoming sunlight. This position of the solar panel is optimal for photovoltaic energy generation. The efficiency of the Solar Tracking system vs normal use of solar panels was compared using data collected by my Arduino Power Logger (See details of Power…
