A cursor control device for a vehicle, the cursor control device comprising: a housing ; and a capacitive touch sensor supported on the housing , the capacitive touch sensor comprising: a support layer comprising a first surface and a second surface opposite from the first surface , wherein the support layer is an electrically insulating support layer; a first printed layer comprising a first conductive ink, wherein the first printed layer is printed on the first surface of the support layer and comprises a printed surface opposite from the support layer , and wherein a portion of the printed surface of the first printed layer defines a touch area of the touch sensor ; characterized by : a second printed layer comprising a second conductive ink, wherein the second printed layer is printed on the printed surface of the first printed layer and is electrically connected to the first printed layer , wherein the second printed layer forms a continuous border around the touch area and does not cover the touch area , and wherein a resistivity of the second printed layer is less than a resistivity of the first printed layer ; and a radiative plane layer on the second surface of the support layer , wherein the radiative plane layer is capacitively coupled to the first printed layer and the second printed layer via the support layer . a housing ; and a capacitive touch sensor supported on the housing , the capacitive touch sensor comprising: a support layer comprising a first surface and a second surface opposite from the first surface , wherein the support layer is an electrically insulating support layer; a first printed layer comprising a first conductive ink, wherein the first printed layer is printed on the first surface of the support layer and comprises a printed surface opposite from the support layer , and wherein a portion of the printed surface of the first printed layer defines a touch area of the touch sensor ; characterized by : a second printed layer comprising a second conductive ink, wherein the second printed layer is printed on the printed surface of the first printed layer and is electrically connected to the first printed layer , wherein the second printed layer forms a continuous border around the touch area and does not cover the touch area , and wherein a resistivity of the second printed layer is less than a resistivity of the first printed layer ; and a radiative plane layer on the second surface of the support layer , wherein the radiative plane layer is capacitively coupled to the first printed layer and the second printed layer via the support layer . a second printed layer comprising a second conductive ink, wherein the second printed layer is printed on the printed surface of the first printed layer and is electrically connected to the first printed layer , wherein the second printed layer forms a continuous border around the touch area and does not cover the touch area , and wherein a resistivity of the second printed layer is less than a resistivity of the first printed layer ; and a radiative plane layer on the second surface of the support layer , wherein the radiative plane layer is capacitively coupled to the first printed layer and the second printed layer via the support layer . <EOS>