To investigate the influence of weaving patterns on fabric dynamics and mechanical properties without regard to the chemical composition, a Leigh's molecular 2×2 bis(benzimidazolylpyridyl)thiazolo [5,4d]thiazole (TTZ) grid featuring a planner geometry and inherent helical chirality was choose as the repeating unit for the construction of different woven polymers. The isopentyl groups on the benzimidazole units are replaced by methyl to simplify the model. Terminal aldehyde groups are introduced to facilitate desired network formation through imine condensation with 1,4-benzenediamine linkers (Fig. ). Three weaves, namely 1/1 plain weave (Fig. ); 2/1 mix weave (Fig. ) and 2/2 basket weave (Fig. ), are made up of 100 grids in a 10×10 array via a bottom-up strategy. In the plain weave, grids of single-handedness were linked, with horizontal weft threads alternating over and under vertical warp threads, creating a checkerboard-like pattern. Conversely, each grid connected to four neighboring grids with opposite handedness, resulting in two warp threads alternately interlacing with two weft ribs, forming an over-over-under-under (O-O-U-U) crossing arrangement in both directions in the basket weave. In the mix weave, each grid is associated with two neighboring grids of opposite chirality in the warp direction while connected to the grids with the same handedness in the weft orientation, giving an O-O-U-U and O-U-O-U crossing sequences along the weft and warp threads, respectively.