 This investigation examined the dynamic mechanical properties of Indian almond, Kenaf fiber composite and analyzed the effective stacking sequence. For types of composites were fabricated by hand-layup technique, and the results revealed that Kenaf fiber composite had superior storage modulus and loss modulus values due to high stiffness of Kenaf fiber and better bonding between matrix and fiber. Kenaf Indian almond Kenaf composite displayed greater storage modulus and loss modulus than Indian almond Kenaf Indian almond composite due to the presence of two layers of high stiffness Kenaf fiber. The order of thermal stability was observed as Kenaf Kenaf Indian almond Kenaf Indian almond Kenaf Indian almond Indian almond Indian almond Indian almond fiber composite and Indian almond Kenaf Indian almond composite exhibited good damping properties than other composites due to more mobility of polymer chain. Coal coal plot show that all fabricated composites were heterogeneous in nature with Kenaf fiber composite displaying higher heterogeneity. The modeling of storage modulus and damping factor was performed and compared with experimental results showing good agreement. This article was authored by Jaikumar J. Araman, Ben Samraj Jejaretnam and Karapasamy Ramar. We are article.tv, links in the description below.