This study investigated these properties for honeycomb weaves experimentally, including air resistance, thermal conductivity, water absorption and vapor transmission rate, bending rigidity, compressional energy and tensile behavior. The typical two-dimensional plain woven fabrics with the same yarns and density were set as references and elastic yarns were considered as a factor of effect on the fabric properties. The measurements by the Kawabata Evaluation System and Instron machine show that the honeycomb woven fabric has enhanced air permeability and water absorption, as well as lower thermal conductivity compared to that of the plain woven fabric. Higher bending rigidity, compressional energy and Young’s modulus are also observed for honeycomb fabrics. The mechanical properties are found to be affected significantly by applying the elastic yarns to the honeycomb woven fabrics.