A movement compensation method for spatial audio rendering, comprising: storing in a non-volatile memory multiple sets of predetermined spatial audio processing parameters for differently moving sound sources, wherein storing in a non-volatile memory multiple sets of predetermined spatial audio processing parameters for differently moving sound sources comprises: storing in the non-volatile memory a first set (42 1) of predetermined spatial audio processing parameters for slowly moving sound sources having a filter parameter for a noise reduction filter for filtering slowly varying positions; and storing in the non-volatile memory a second set (42 2) of predetermined spatial audio processing parameters for quickly moving sound sources having a different filter parameter for the noise reduction filter for filtering quickly varying positions; providing in a man machine interface an option for a user to select one of the stored multiple sets of predetermined spatial audio processing parameters for differently moving sound sources, the option comprising a first option for the first set (42 1) of predetermined spatial audio processing parameters and a second option for the second set (42 2) of predetermined spatial audio processing parameters, wherein the first option visually indicates to a user that selection of the first option should be made for slowly moving sound sources and the second option visually indicates to a user that selection of the second option should be made for fast moving sound sources; receiving a recorded position of one or more sound sources rendered as spatial audio; and in response to the user selecting one of the stored multiple sets of predetermined spatial audio processing parameters for differently moving sound sources, using the selected one of the stored multiple sets of predetermined spatial audio processing parameters to spatially process audio from the one or more sound sources, comprising the noise reduction filter filtering the position based on the filter parameter of the selected one of the stored multiple sets of predetermined spatial audio processing parameters. storing in a non-volatile memory multiple sets of predetermined spatial audio processing parameters for differently moving sound sources, wherein storing in a non-volatile memory multiple sets of predetermined spatial audio processing parameters for differently moving sound sources comprises: storing in the non-volatile memory a first set (42 1) of predetermined spatial audio processing parameters for slowly moving sound sources having a filter parameter for a noise reduction filter for filtering slowly varying positions; and storing in the non-volatile memory a second set (42 2) of predetermined spatial audio processing parameters for quickly moving sound sources having a different filter parameter for the noise reduction filter for filtering quickly varying positions; storing in the non-volatile memory a first set (42 1) of predetermined spatial audio processing parameters for slowly moving sound sources having a filter parameter for a noise reduction filter for filtering slowly varying positions; and storing in the non-volatile memory a second set (42 2) of predetermined spatial audio processing parameters for quickly moving sound sources having a different filter parameter for the noise reduction filter for filtering quickly varying positions; providing in a man machine interface an option for a user to select one of the stored multiple sets of predetermined spatial audio processing parameters for differently moving sound sources, the option comprising a first option for the first set (42 1) of predetermined spatial audio processing parameters and a second option for the second set (42 2) of predetermined spatial audio processing parameters, wherein the first option visually indicates to a user that selection of the first option should be made for slowly moving sound sources and the second option visually indicates to a user that selection of the second option should be made for fast moving sound sources; receiving a recorded position of one or more sound sources rendered as spatial audio; and in response to the user selecting one of the stored multiple sets of predetermined spatial audio processing parameters for differently moving sound sources, using the selected one of the stored multiple sets of predetermined spatial audio processing parameters to spatially process audio from the one or more sound sources, comprising the noise reduction filter filtering the position based on the filter parameter of the selected one of the stored multiple sets of predetermined spatial audio processing parameters.