grain size, and annealing, these values align with existing literature . The critical strain at first microwire breakage across all orientations is presented in Fig. , confirming that microwires at larger angles withstand substantially higher strains before failure. The complete transition from intact to broken microwires for all groups is documented in Fig S1C . We next investigated the influence of the microwires' length, width, and spacing (both in length and width directions). Fig. illustrates a typical microwire array with defined geometric parameters. In these investigations, we systematically varied one parameter while maintaining the others constant, employing both FEA (Fig. ) and microscopic analysis (Fig. and Fig. ). Clear trends emerged: shorter microwires demonstrated superior strain tolerance (Fig. , Fig. , and Fig. ), as did wider microwires (Fig. , Fig. and Fig. ). These experimental observations were corroborated by FEA analysis (Fig. and Fig. ). Ultimate tensile strength values ranged between 380-550 MPa for the length study and 250-305 MPa for the width study.