Design smart anti-theft motorcycle mechanical lock using Pugh’s method

Hashim, Muhammad Firdaus (2022) Design smart anti-theft motorcycle mechanical lock using Pugh’s method. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Based on the stolen motorcycle issue and the lack of more lock security for motorcycles that truly provide high safety, a high-security security lock for motorcycles was designed and built. This product was developed after researching other locks on the market to ensure that it is truly high protection security anti-theft lock. This project aims to design and develop an anti-theft locking system (ATLS) using a Autodesk solidwork software to analyze the strength of prototype CAD and may proceed with developing 3-D prototype by using 3-D printing to guarantee high safety for motorcycle. This product has two-part locking systems. The first is to use the rod as the primary locking mechanism for this product that connector with the frame lock. This connection will be secured to the rim of both the rear and front tires to ensure that it cannot move. In this case, to ensure that this product has exceptional strenght, finite element analysis FEA is performed on it to obtain the test strenght of the design concept This device can genuinely provide a second option for customers who want to secure their motorcycles from being stolen. Despite the fact that it is difficult to transport, this product is effective in achieving its goal. Last but not least, Pugh’s Method was applied and found that it is an effective way to evaluate multiple concept designs and to come out with a new prototype. The development process of the prototype in this project had produced a 3-D prototype that shows the concept of ATLS using 3-D printing.

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