Hz -8 Hz. This correlates to around 4-6 magnitude earthquakes, highlighting widespread protection. This finding was again upholstered through the stress and energy dampening analysis of the 16-unit case amongst the other 7 cases, through which we observed the absence of stress singularities at critical points amongst the singular lattice structure. Later, we come back to the lattice structure of the 16-unit case, through which we observed the deformability of the sample while under the intense load of numerous cycles of simulations, that the 16-unit case holds promising applications in larger-scale earthquake collapse prevention. Although defects were present in the layers, the material dependence of PLA was notable for a prototyping experiment, and in the future, we aim to utilize refined 3D printing technology and refined filaments like construction materials such as steel to produce "real-world"-ready lattice structures. Such lattice structures would be implemented in what is commonly termed the foundational slab support structure of housing. This slab is often a horizontal platform which a building rests upon.