Automation of camel race by controlling DC motor speed using Blynk application through IoT.

In this day and age, the D.C motors have been commonly used in many enterprises, sports, kind toys, and in several home appliances since of its outstanding features like reliability, a extensive limit of torque-speed, better performance, good starting torque, lower electrical control range, weight/torque ratio and noise. In contemporary Gulf Arab societies for centuries, camel racing has been part of Arabian culture, in one type or another, with some historians dating races to the seventh century. In this project work, the camel is fitted with the DC motor on its back depend on the speed of the motor the beat stick attached at the end will slash the camel to move fast forward. This allows the camel to acknowledge that still a person is sitting back and driving them. By adhering to the latest technologies like the Internet of Things (IoT) the camel may be driven from a remote location. This proposed method will have a controller like Arduino which acts as a central processing unit for the controlled action of the motor. The ESP8266 module is connected with the Arduino for providing an internet facility for supporting IoT. Blynk, a mobile application provides the platform to control the connected devices online through IoT. Here the DC motor speed set control is given as the slide switch in the Blynk app which in turn controls the speed of the motor through Wi-Fi employing IoT. This makes the racing environment without the case of a vehicle which may drastically reduce the air pollution. [ABSTRACT FROM AUTHOR]