Abstract We propose to design a wireless robotic car system using advanced technology. Such a system can be implemented in various ways; here we nominate a prototype for this system taking possible subsequent improvements of the system into account. In this prototype, the task is to design a robotic car that can be controlled by a computer using wireless communication technology.The robot has a vision facility that uses a ‘live webcam’ which can not only observe the nearby surroundings but also, transfer it to a computer. The robot can be controlled in several ways, with movements ranging up to 100m. This robot should be able to move forward, backward, right turn, left turn, reduce or increase speed. Since the robot is a wireless system, transmitters and receivers should be designed to satisfy the system features. Also, the system will provide live video streaming using a built-in camera that has the capability to provide night vision. People usually would not take the risk of walking into a building wired with explosives, but would rather have someone or something do the job. For this reason a robotic car will come in handy for these kinds of dangerous jobs and even more. The idea is to have a robotic car controlled wirelessly via a computer. The mechanical structure of the robot body will be based on an off shelf electric car. The car body is used only along with the wheels. The system will be controlled by a special microcontroller. This microcontroller will allow the user to control the direction, movement, and speed of the car. In addition, the microcontroller has a means of communication. A camera will also be installed on top of the car to provide a live stream video. Figure SEQ Figure * ARABIC 1 Project Block Diagram Literature Review A Microcontroller is a small computer. It consists of a simple central processing unit (CPU), input and output ports, clocks, timers, memory and is incorporated on a single integrated circuit. It is therefore basically a central processor on a single chip. Also included in the microprocessor chip is some program memory and a small RAM. The small size and simplicity associated with microprocessors therefore makes them suitable for small applications. Many microprocessors can however be combined to perform many dedicated duties in complex systems as used in PCs. Microprocessors operate at very low clock rate speeds and therefore consume minimal power. These makes them particularly appropriate for battery operations that last for long hours because they have the ability to continue functioning while waiting for actions such as button actuations. Their power consumption while inactive is jus in nano watts making them perfect for application in Robotics. Typically, microprocessors are used in devices that can be controlled automatically like implantable medical devices, remote controls, office appliances, toys, power tools and automobile engine control systems. They make it possible to control to more devices and processes digitally yet at a lower cost in comparison to designs that use different microprocessors, memory and I/O devises. The ROM incorporated in the microcontroller stores data and programs develo