Tactile comfort has a strong relation with low-stress mechanical properties of textilefabrics having close contact with the human skin. In this work, we attempt to analyse the lowstressmechanical properties of the functional knitted fabric obtained using Kawabata’s fabricevaluation system (KES-FB). The measured results were compared with those of the controlledpolyester fabric. The bending ability of the product increased from 0.2448 to 0.8010gf.cm2/cmand hence the rigidity influenced when copper yarn is introduced. However, thecompressibility increased from 0.173 to 0.449gf.cm/cm2 and hence the compressibility slightlyboosted. The surface roughness (SMD) highly increased from 7.196 to 14.258 μm. It wasobserved that the incorporation of conductive copper yarn during knitting brought an effect onthe tactile comfort of the fabrics and reduced by 69%. The overall comfort properties of theconductive textile fabric were reduced due to the introduction of copper yarn during knittingoperations. Focus should be given when functional fabric developed which has close contact tothe human skin.