Knitted product having at least one sensoric function section within which at least a first knitted layer and a second knitted layer are arranged on top of one another, which are connected with one another by means of connecting knitted loops at least outside the function section , wherein within the function section in the first knitted layer and/or the second knitted layer an electrically conductive first electrode area and an electrically conductive second electrode area are formed by knitting with an electrically conductive thread , wherein the two electrode areas are electrically not directly connected with one another within the function section , having a coupling area in a coupling layer or in the first knitted layer or in the second knitted layer , which is provided within the function section , and which contacts or can be brought into contact with the two electrode areas and is configured to change an electrical coupling between the two electrode areas depending on an external influence, wherein a series connection of the first electrode area , the coupling area and the second electrode area comprises a varying ohmic total resistance equal to the sum of the contact resistance (R U ) between the first electrode area and the coupling area as well as the contact resistance (R U ) between the coupling area and the second electrode area and the volume resistance (R D ) of the coupling area and whereby at least the volume resistance (R D ) of the coupling area changes if a force or pressure is applied on the function section , characterized in that the first knitted layer is connected with the second knitted layer by means of one or more connecting knitted loops in addition within the function section or within the coupling area . having at least one sensoric function section within which at least a first knitted layer and a second knitted layer are arranged on top of one another, which are connected with one another by means of connecting knitted loops at least outside the function section , wherein within the function section in the first knitted layer and/or the second knitted layer an electrically conductive first electrode area and an electrically conductive second electrode area are formed by knitting with an electrically conductive thread , wherein the two electrode areas are electrically not directly connected with one another within the function section , having a coupling area in a coupling layer or in the first knitted layer or in the second knitted layer , which is provided within the function section , and which contacts or can be brought into contact with the two electrode areas and is configured to change an electrical coupling between the two electrode areas depending on an external influence, wherein a series connection of the first electrode area , the coupling area and the second electrode area comprises a varying ohmic total resistance equal to the sum of the contact resistance (R U ) between the first electrode area and the coupling area as well as the contact resistance (R U ) between the coupling area and the second electrode area and the volume resistance (R D ) of the coupling area and whereby at least the volume resistance (R D ) of the coupling area changes if a force or pressure is applied on the function section , characterized in that the first knitted layer is connected with the second knitted layer by means of one or more connecting knitted loops in addition within the function section or within the coupling area . <EOS>