IJARP

International Journal of Advanced Research and Publications (2456-9992)

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Motorcycle Engine Shut-off Device

Volume 3 - Issue 5, May 2019 Edition
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Author(s)
Philip D. Geneta, George Adrian L. Cay, Hazel Joy B. Magnaye, Bryan H. Oliverio
Keywords
anti-theft, kill switch, GPS, SMS, motorcycle
Abstract
The Motorcycle Engine Shut-off Device was developed for the security and tracking of motorcycle against thieves and intruders. The device was capable of remotely stopping and starting the motorcycle engine through Short Message Service (SMS), and locating its whereabouts in real-time by using Global Positioning System (GPS) module. Locally available materials were used in the fabrication of the prototype such as Arduino Nano, relay, GPS module, Global System for Mobile Communications (GSM) module and Subscriber Identity Module (SIM) card. The developed prototype was tested for its functionality, compatibility, and durability. The result of the functionality test showed that the device was able to send and receive SMS, therefore enabling the engine of the motorcycle to start or stop; also, the device was able to track the location of the motorcycle being tested. The compatibility test showed that the device was fully operational on selected motorcycle and tricycle models. For the durability of the device, it was installed on a motorcycle and tricycle and tested on a maximum of 30 km distance. The result showed that the device was still working with no loose wirings and components. The performance of the developed prototype was evaluated by 20 respondents which composed of IT experts, Rosario Traffic Management Office personnel, police officers, motorcycle/tricycle owners, and other possible end-users, according to its quality, durability, safety, functionality and economy. The prototype gained and overall mean score of 4.65 with a descriptive rating of “Excellent” signifying that the prototype met its objectives and that the evaluators were satisfied of the outcome and capabilities of the Motorcycle Engine Shut-off Device.
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