![]() EVA foam sheet (or other non-conductive material).So consider having a good solder iron and wire neaby. But it will eventually break and you might have to resolder it. The DC motors already came with wires soldered to its terminals. Solder iron and wire ( link / link / link).The following tools were used in this project: Liked that projects? Please consider supporting my future projects with a small Bitcoin donation! :D BTC Deposit Address: 1FiWFYSjRaL7sLdr5wr6h86QkMA6pQxkXJ Runner-up winner in Instructables Make it Move Contest! Learn how to use Blynk app on your projects Practice your electronics and soldering skills, etc Learn how to program an ESP8266 using the Arduino IDE There are several ways to use this tutorial. The code for robot control was developed using the Arduino IDE. For this, a DIY kit was used for the robot structure, and a Wemos ESP8266 board associated with the Blynk app to carry out its control. ![]() This time I decided to test a different physical structure, and a new way to perform control of the robot. ![]() It had some drawbacks, such as the need to use two independent controllers (an Arduino and an ESP8266) and the fact that it could only send/receive commands from a local area network and using a computer (desktop or laptop). You can read more about this project at the link below: A robot was developed using simple materials, without the need of using complex tools such as 3D printers and laser cutting machines. In previous projects I presented how to mount a robot controller with an Arduino Uno connected to an ESP8266 module and a web interface using html and javascript. In this project an ESP8266 Wemos D1 board was used, but other plate models can also be used (NodeMCU, Firebeetle, etc.), and the principles presented in this tutorial can be applied to other robot models. In this tutorial I show you how to make a Wi-Fi controlled robotic tank controlled from a smartphone using Blynk App.
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