An antenna system comprising: a first antenna and a second antenna; a first metal section spaced by a first gap from a first end of the first antenna; a third metal section spaced by a fifth gap from a first end of the second antenna; a first ground section spaced by a third gap from the first metal section, the first ground section connected to a ground of the antenna system; a second ground section spaced by a sixth gap from the third metal section, the second ground section connected to the ground; a capacitance sensor configured to measure a first differential capacitance between the first antenna and the first metal section and a third differential capacitance between the second antenna and the third metal section, wherein the capacitance sensor is configured to provide a capacitance sense signal indicating that the first gap is being bridged when the first differential capacitance exceeds a first differential threshold and the capacitance sensor is configured to provide a capacitance sense signal indicating that the fifth gap is being bridged when the third differential capacitance exceeds a third differential threshold; a first tunable antenna matching circuit and a second tunable antenna matching circuit; a transceiver; a matching circuit controller responsive to the capacitance sense signal and configured to provide an impedance control signal to the first tunable antenna matching circuit to adjust an impedance between the first antenna and the transceiver based on the first gap being bridged, and to output a tuning signal to a second antenna matching circuit to reconfigure the second antenna matching circuit to impedance match the second antenna and the transceiver based on the fifth gap being bridged, wherein the tunable antenna matching circuits are connected between the respective antenna and the transceiver and wherein the antenna system comprises a first direct current blocking capacitor disposed between the first tunable antenna matching circuit and the first antenna and a second direct current blocking capacitor disposed between the second tunable antenna matching circuit and the second antenna, wherein each of the first and second direct current blocking capacitors each have a value of between 15pF and 1000pF. a first antenna and a second antenna; a first metal section spaced by a first gap from a first end of the first antenna; a third metal section spaced by a fifth gap from a first end of the second antenna; a first ground section spaced by a third gap from the first metal section, the first ground section connected to a ground of the antenna system; a second ground section spaced by a sixth gap from the third metal section, the second ground section connected to the ground; a capacitance sensor configured to measure a first differential capacitance between the first antenna and the first metal section and a third differential capacitance between the second antenna and the third metal section, wherein the capacitance sensor is configured to provide a capacitance sense signal indicating that the first gap is being bridged when the first differential capacitance exceeds a first differential threshold and the capacitance sensor is configured to provide a capacitance sense signal indicating that the fifth gap is being bridged when the third differential capacitance exceeds a third differential threshold; a first tunable antenna matching circuit and a second tunable antenna matching circuit; a transceiver; a matching circuit controller responsive to the capacitance sense signal and configured to provide an impedance control signal to the first tunable antenna matching circuit to adjust an impedance between the first antenna and the transceiver based on the first gap being bridged, and to output a tuning signal to a second antenna matching circuit to reconfigure the second antenna matching circuit to impedance match the second antenna and the transceiver based on the fifth gap being bridged, wherein the tunable antenna matching circuits are connected between the respective antenna and the transceiver and wherein the antenna system comprises a first direct current blocking capacitor disposed between the first tunable antenna matching circuit and the first antenna and a second direct current blocking capacitor disposed between the second tunable antenna matching circuit and the second antenna, wherein each of the first and second direct current blocking capacitors each have a value of between 15pF and 1000pF.