In summary, we have developed a multilayer template stripping approach that addresses key challenges in fabricating stretchable conductors. The systematic investigation of geometric parameters provided clear design guidelines for optimizing microwire arrays, enabling both high-performance and robust designs. The herringbone pattern demonstrates exceptional stretchability while maintaining conductivity, and the periodic design offers manufacturing tolerance without sacrificing electrical performance. This versatile fabrication strategy, compatible with various metallic materials and amenable to scaling, provides a promising pathway for practical implementation of stretchable electronics. Future work could explore the application of this approach to different material systems and investigate its potential for creating complex, multilayer electronic devices.