This study aimed bullet-proof ceramic mosaic-style quadrangle with the stitching anvil-type hexagonal bullet-proof ceramic target plate differences between its anti-elastic energy. Compare the different thickness, the quadrilateral and the hexagon TARGET TARGET anti-elastic energy differences, and add the thickness of 6.3mm of the back laminate (a luminum), its anti-elastic energy enhance efficiency. The use of finite element software LS -DYNA simulation, and analysis of the energy when the bullet passed through the target plate means and the end of the residual bullet velocity. The study results show that, mosaic-type hexagona l target plate is better than its energy transmission type rectangular target plate stitching, while adding back Iaminate (aluminum), the anti-elastic energy is also better than the mosaic-style rectangular target pIate.