A microelectromechanical reflector system comprising: a support; a reflector, a peripheral edge of the reflector including edge points (222, 224, 230, 232); suspenders (204, 206, 208, 210) including piezoelectric actuators and suspending the reflector from the support; a control device; wherein two pairs of suspenders are fixed from two fixing points (212, 214) to the support such that in each pair of suspenders, first ends of a pair of suspenders are fixed to a fixing point common to the pair; a first axis of rotation is aligned to a line running though the two fixing points (212, 214), and divides the reflector to a first reflector part and a second reflector part; in each pair of suspenders, a second end of one suspender is coupled to the first reflector part and a second end of the other suspender is coupled to the second reflector part; the control device is coupled to the piezoelectric actuators of the suspenders (204, 206, 208, 210); the control device is configured to provide control signals to simultaneously drive the reflector to a first rotary oscillation about the first axis of rotation in a first resonance frequency, and to a second rotary oscillation about a second axis of rotation in a second resonance frequency, wherein the first axis of rotation and the second axis of rotation are orthogonal, the resulting position of the reflector is a superposition of the first rotary oscillation and the second rotary oscillation, and the first resonance frequency and the second resonance frequency are different but integer multiples of a common numerical value; characterized in that the reflector includes a movable electrode that is fixed to the reflector to move with deflections of the reflector, or at least one suspender includes a movable electrode that is fixed to the suspender to move with deflections of the suspender; the movable electrode is capacitively coupled to a stationary electrode fixed to the support; and the control device is configured to provide an additional controlled voltage between the movable electrode and the stationary electrode. a support; a reflector, a peripheral edge of the reflector including edge points (222, 224, 230, 232); suspenders (204, 206, 208, 210) including piezoelectric actuators and suspending the reflector from the support; a control device; wherein two pairs of suspenders are fixed from two fixing points (212, 214) to the support such that in each pair of suspenders, first ends of a pair of suspenders are fixed to a fixing point common to the pair; a first axis of rotation is aligned to a line running though the two fixing points (212, 214), and divides the reflector to a first reflector part and a second reflector part; in each pair of suspenders, a second end of one suspender is coupled to the first reflector part and a second end of the other suspender is coupled to the second reflector part; the control device is coupled to the piezoelectric actuators of the suspenders (204, 206, 208, 210); the control device is configured to provide control signals to simultaneously drive the reflector to a first rotary oscillation about the first axis of rotation in a first resonance frequency, and to a second rotary oscillation about a second axis of rotation in a second resonance frequency, wherein the first axis of rotation and the second axis of rotation are orthogonal, the resulting position of the reflector is a superposition of the first rotary oscillation and the second rotary oscillation, and the first resonance frequency and the second resonance frequency are different but integer multiples of a common numerical value; characterized in that the reflector includes a movable electrode that is fixed to the reflector to move with deflections of the reflector, or at least one suspender includes a movable electrode that is fixed to the suspender to move with deflections of the suspender; the movable electrode is capacitively coupled to a stationary electrode fixed to the support; and the control device is configured to provide an additional controlled voltage between the movable electrode and the stationary electrode.