 The study developed and characterized hybrid areca pineapple fiber epixycompocytes with varied stacking sequences using the hand-layup method, revealing that three layers of pineapple fibers-based epixycompocytes had higher ultimate tensile, flexural, and compression values, while three layers of areca fibers-based epixycompocytes showed better impact and water absorption properties due to their higher morphous contents. Morphological studies revealed stronger fiber matrix bonding in the three layers of pineapple fibers-based epixycompocytes, resulting in higher mechanical test results. This article was authored by Vijay Rogunathan, Jeffrey Daniel James Dilip, Mohan Ramesh, and others.