This study focuses on the naturally found "hourglass" shape which then transitions to a "honeycomb" structure of the supporting structures between two materials. This structure is so important due to the variability in design while maintaining the overall shape, specifically, the ability to change the distance of the inward-pointing structure from the center can influence the strength of a material. This is essential for a scalable metamaterial, as although many complex designs may exist, their modularity is questionable . The hourglass structure, when faced with a tension force, allows for the inward-pointing structure to expand outwards and eventually become straightened perpendicularly to the upper and lower regions of the structure . Since this inward structure is the major crux of the hourglass shape in metamaterial structures, we have hypothesized that as the distance from the center is increased, the structure will have more earthquake resistance due to the ability of the structure to expand outwards while maintaining structural integrity under shear forces while dealing with average weight per square footage.