A vehicle control system for a vehicle interior, comprising: a plurality of control elements (100, 200) for a user to interact with to control one or more user controllable vehicle functions, each of the plurality of control elements (100, 200) comprising: a conductive plastic sensing electrode configured to provide one or more electrical signals in response to a user interaction with the respective control element (100, 200); and a non-conductive plastic cover material provided on or over the sensing electrode; and a connection circuit board comprising a plurality of sensing points for measuring the one or more electrical signals provided by each control element (100, 200), wherein each sensing electrode is configured to electrically connect to at least one of the sensing points of the connection circuit board by means of mechanical and/or frictional engagement to provide the one or more electrical signals, wherein the plurality of control elements (100, 200) comprise a control element of a first type wherein the respective sensing electrode is configured to provide one or more electrical signals in response to a change in capacitance caused by contact and/or movement of a conductive object on/across the cover material on/over the respective sensing electrode, and a control element of a second type wherein the respective sensing electrode is configured to provide one or more electrical signals in response to a change in capacitance caused by a pressure or force applied on/to the cover material on/over the respective sensing electrode, wherein the non-conductive plastic cover material of each control element (100, 200) is part of a three-dimensionally profiled unitary piece of non-conductive plastic material provided over/around each of the plurality of control elements (100, 200) to provide a respective plurality of user-interactive areas with different functionalities, and wherein the control system is connectable to an electronic control unit of the vehicle for controlling one or more user controllable vehicle functions in response to a user interaction with one or more of the control elements (100, 200). a plurality of control elements (100, 200) for a user to interact with to control one or more user controllable vehicle functions, each of the plurality of control elements (100, 200) comprising: a conductive plastic sensing electrode configured to provide one or more electrical signals in response to a user interaction with the respective control element (100, 200); and a non-conductive plastic cover material provided on or over the sensing electrode; and a conductive plastic sensing electrode configured to provide one or more electrical signals in response to a user interaction with the respective control element (100, 200); and a non-conductive plastic cover material provided on or over the sensing electrode; and a connection circuit board comprising a plurality of sensing points for measuring the one or more electrical signals provided by each control element (100, 200), wherein each sensing electrode is configured to electrically connect to at least one of the sensing points of the connection circuit board by means of mechanical and/or frictional engagement to provide the one or more electrical signals, wherein the plurality of control elements (100, 200) comprise a control element of a first type wherein the respective sensing electrode is configured to provide one or more electrical signals in response to a change in capacitance caused by contact and/or movement of a conductive object on/across the cover material on/over the respective sensing electrode, and a control element of a second type wherein the respective sensing electrode is configured to provide one or more electrical signals in response to a change in capacitance caused by a pressure or force applied on/to the cover material on/over the respective sensing electrode, wherein the non-conductive plastic cover material of each control element (100, 200) is part of a three-dimensionally profiled unitary piece of non-conductive plastic material provided over/around each of the plurality of control elements (100, 200) to provide a respective plurality of user-interactive areas with different functionalities, and wherein the control system is connectable to an electronic control unit of the vehicle for controlling one or more user controllable vehicle functions in response to a user interaction with one or more of the control elements (100, 200).