An electronic rotational throttle control (130, 250, 310, 350, 360, 410) with a plurality of inductive position sensors that are formed around a rotational grip that can be mounted on a handlebar of a vehicle such as a motorbike, scooter, all-terrain vehicle, personal water craft or other devices that utilize a handlebar with a rotational control, comprising: the plurality of inductive position sensors each having a circuit board (314, 320, 370, 430) including a transmission coil, sensor coils, and control circuity (306, 340, 390) that is adapted to drive the transmission coil and that is adapted to receive signals from the sensor coils, wherein the sensor coils include a sine-wave coil and a cosine-wave coil; a shaft of rotational throttle control (130, 250, 310, 350, 360, 410) that is adapted to rotate relative to the plurality of circuit boards (314, 320, 370, 430); and one or more targets (308, 330, 380) mounted on the shaft and configured to rotate over the sensor coils of the plurality of circuit boards (314, 320, 370, 430) as the shaft is rotated, the transmission coil of each inductive position sensor is adapted to induce eddy currents in the target (308, 330, 380) that is positioned over that circuit board (314, 320, 370, 430), the associated sensor coils of the inductive position sensor on the circuit board (314, 320, 370, 430) are adapted to detect the eddy currents and to provide signals related to the position of the target (308, 330, 380) over that circuit board (314, 320, 370, 430), wherein the plurality of circuit boards (314, 320, 370, 430) are mounted concentrically around the shaft in one or more of a side-by-side configuration within a circle around an annulus of the shaft and a stacked configuration where the plurality of circuit boards (314, 320, 370, 430) occupy a same sector of the annulus around the shaft, and wherein the control circuitry (306, 340, 390) is adapted to determine the position of the target (308, 330, 380) as the shaft is rotated. the plurality of inductive position sensors each having a circuit board (314, 320, 370, 430) including a transmission coil, sensor coils, and control circuity (306, 340, 390) that is adapted to drive the transmission coil and that is adapted to receive signals from the sensor coils, wherein the sensor coils include a sine-wave coil and a cosine-wave coil; a shaft of rotational throttle control (130, 250, 310, 350, 360, 410) that is adapted to rotate relative to the plurality of circuit boards (314, 320, 370, 430); and one or more targets (308, 330, 380) mounted on the shaft and configured to rotate over the sensor coils of the plurality of circuit boards (314, 320, 370, 430) as the shaft is rotated, the transmission coil of each inductive position sensor is adapted to induce eddy currents in the target (308, 330, 380) that is positioned over that circuit board (314, 320, 370, 430), the associated sensor coils of the inductive position sensor on the circuit board (314, 320, 370, 430) are adapted to detect the eddy currents and to provide signals related to the position of the target (308, 330, 380) over that circuit board (314, 320, 370, 430), wherein the plurality of circuit boards (314, 320, 370, 430) are mounted concentrically around the shaft in one or more of a side-by-side configuration within a circle around an annulus of the shaft and a stacked configuration where the plurality of circuit boards (314, 320, 370, 430) occupy a same sector of the annulus around the shaft, and wherein the control circuitry (306, 340, 390) is adapted to determine the position of the target (308, 330, 380) as the shaft is rotated.