Throwable microphone device comprising at least - a casing comprising a soft shell intended for protecting the microphone device from being damaged when thrown, - a microphone unit, - a communicator unit, - a controller unit functionally comprising a memory, a microprocessor, and a sensor unit comprising at least a gyroscope and an accelerometer, wherein the controller unit is configured to provide a control signal responsive to a motion of the microphone device detected with said sensor unit, so that in response to the control signal of said controller unit, either at least one of the microphone unit or the communicator unit is/are set to a state of silence, voice non-active corresponding a first state of the control signal or to a state of un-mute, voice active corresponding a second state of the control signal, characterized in that the control signal is configured to have at least two states of the control signal representing at least two states of motion of the throwable microphone device, wherein the two states of the control signal comprise: - a first state of the control signal corresponding to a first state of motion in which the microphone device deemed to be airborne, or being thrown or caught, on basis of detecting one of acceleration corresponding free-fall, rotation, hard acceleration and hard deceleration occurring in an event of throwing or catching, and wherein in response to the first state of the control signal, the microphone device is configured to be set to the state of silence, voice non-active, and - a second state of the control signal corresponding to a second state of motion in which the microphone device is deemed to be in rest or in use as microphone, on basis of detecting movement caused by simple hand gestures and variations to the device movement caused by normal use when the microphone device is being used for talking and wherein in response to the second state of the control signal the microphone device is configured to be set to the state of un-mute, voice active. - a casing comprising a soft shell intended for protecting the microphone device from being damaged when thrown, - a microphone unit, - a communicator unit, - a controller unit functionally comprising a memory, a microprocessor, and a sensor unit comprising at least a gyroscope and an accelerometer, wherein the controller unit is configured to provide a control signal responsive to a motion of the microphone device detected with said sensor unit, so that in response to the control signal of said controller unit, either at least one of the microphone unit or the communicator unit is/are set to a state of silence, voice non-active corresponding a first state of the control signal or to a state of un-mute, voice active corresponding a second state of the control signal, characterized in that the control signal is configured to have at least two states of the control signal representing at least two states of motion of the throwable microphone device, wherein the two states of the control signal comprise: - a first state of the control signal corresponding to a first state of motion in which the microphone device deemed to be airborne, or being thrown or caught, on basis of detecting one of acceleration corresponding free-fall, rotation, hard acceleration and hard deceleration occurring in an event of throwing or catching, and wherein in response to the first state of the control signal, the microphone device is configured to be set to the state of silence, voice non-active, and - a second state of the control signal corresponding to a second state of motion in which the microphone device is deemed to be in rest or in use as microphone, on basis of detecting movement caused by simple hand gestures and variations to the device movement caused by normal use when the microphone device is being used for talking and wherein in response to the second state of the control signal the microphone device is configured to be set to the state of un-mute, voice active. - a first state of the control signal corresponding to a first state of motion in which the microphone device deemed to be airborne, or being thrown or caught, on basis of detecting one of acceleration corresponding free-fall, rotation, hard acceleration and hard deceleration occurring in an event of throwing or catching, and wherein in response to the first state of the control signal, the microphone device is configured to be set to the state of silence, voice non-active, and - a second state of the control signal corresponding to a second state of motion in which the microphone device is deemed to be in rest or in use as microphone, on basis of detecting movement caused by simple hand gestures and variations to the device movement caused by normal use when the microphone device is being used for talking and wherein in response to the second state of the control signal the microphone device is configured to be set to the state of un-mute, voice active.