Generally, manufacturing propeller has so many constraints like Over-weight, high complex in flexibility, high manufacturing cost and so on, it is difficult to construct a ship propeller. In recent years due to the development of composite material the difficulties in manufacturing a composite ship propeller has been rectified. Moreover it seems that composite material can withstand more force than the aluminium. In this project a small plate of composite plate is fabricated and subjected to tests. Those test results are given as input for the analysis. The material chosen for making composite plate is glass fibre. That glass fibre is subjected to tensile and flexural test and the results are given as inputs. A series of 14 results has been obtained from the analysis, and the results shows a positive response towards the glass fibre than the aluminium. © 2017 Elsevier B.V., All rights reserved.