A DESIGN OF DRIVE BY TOUCHING TECHNOLOGY AS AN AUTOMATIC SAFETY FEATURE ON MOTOR VEHICLE

Abstract

Motor vehicles are an important means of transportation for the community to utilize
transportation time and cost. Increased vehicle sales followed by increased number of
vehicle thefts in various regions. A step to reduce and avoid vehicle theft, then we can
install a safety device on our vehicle. In this research, we make an effective vehicle safety
device. The process of making this tool includes component preparation, circuit making,
and installation of drive by touching technology in motor vehicles. The design begins with
simulating a set of tools using livewire software, after the circuit is finished then
assembling all the components on the PCB board and then connecting it. This drive by
touching technology is camouflaged and physically difficult to detect. The touch of a
finger at the touch point activates the coil pick-up signal to CDI so that the vehicle can be
turned on. Tests performed indicate this tool works well.