One of the important features in the comfort of clothing is its handle. Researches have shown that the handle is a function of fabric’s physical and mechanical properties. Fabric material, type of finishing, weave pattern, warp and weft density, type of spinning system, flexural rigidity, shear rigidity, thickness, weight, friction coefficient, etc., are important in determining the handle of fabric. Among the methods for assessing the handle of fabric, the method of extracting fabric from a hole is the simplest method that identifies the handle force as an indicator for determining the handle of the fabric. In addition, bagging is also one of the most important phenomena that occurs during dressing and the proper understanding of the effective factors on it will help reduce the incidence of this phenomenon. In this research, the effect of four factors including fiber material, type of spinning system, weave pattern and weft density on the extracted indices from the test of pulling out the fabric from a hole and also bagging is investigated. Viscose and polyester-viscose were chosen as the fabric materials, open-end, ring and vortex were chosen as the spinning systems, plain, twill 2/2 and complex twill were chosen as the weave patterns, 20, 23, 26 weft yarns per centimeter were chosen as the weft density. Sampling was carried out on the basis of a selective factorial experiment of 14 samples. Firstly, the physical and mechanical properties of woven fabrics were measured using FAST method. Secondly, the correlation coefficient of these properties with the indices obtained from the method of extracting the fabric from a hole and the bagging is examined. Finally, the effect of each process factors mentioned on the bagging and the handle force is examined. The statistical results confirm the significant effect of all the factors on the bagging and the handle force. The results showed that viscose fabric had a lower handle force and more bagging fatigue than a polyester-viscose fabric. Also, handle force and bagging fatigue of ring fabric is less than open-end and vortex fabric. Based on the results, with increasing weft density, the handle force of the fabric increases and the bagging fatigue of the fabric decreases. Also, the complex twill weave pattern possessed the lowest handle force and the most bagging fatigue.