Due to the intrinsic and unique mechanical properties of lattice composites, investigating new lattice composite structures with the aim of making new parts for industrial applications is being considered by researchers lately. Based on the literatures, the aim of the current research is to analyze the response of the lattice carbon braided composite parts reinforced with axial metallic wires. The lattice braided preforms were initially formed on mandrels and after being fabricated using epoxy resin, axial compression loading was applied on samples. Various samples were fabricated including two biaxial braided sample with two different braiding angles, two triaxial braided sample reinforced with carbon and metal wires. An attempt was taken to improve the energy absorption properties of biaxial braided samples by placing axial carbon yarns or metallic wires. Besides, similar samples were fabricated and filled with polyurethane foam to constrain the out-of-plane deformation of lattice braided shell. In addition, finite element modelling was performed on braided samples in ABAQUS medium. The braided composite sample with the braiding angle of 50° absorbs more energy than the counterpart with braiding angle of 35°. Moreover, the energy absorption was enhanced approximately 47% by placing carbon fibers as axial yarns. The triaxial braided composite with metallic wires as axial yarns absorbs 39% energy more than the counterparts with carbon fiber. Filling the samples with polyurethane foam resulted in postponing the buckling deformation and failure. Therefore, a considerable energy absorption was achieved by filling the samples with polyurethane foam. Keywords : Lattice Composites, Metal-Composite Hybrid, Textile Composites, Energy Absorber,Braiding Angl