A method for performing dynamic range adjustment of spatial audio objects , the method comprising: obtaining (step S1) a plurality of spatial audio objects ; obtaining (step S2) at least one rendered audio presentation of the spatial audio objects , the at least one rendered audio presentation comprising at least one presentation audio channel forming a set of presentation audio channels; determining (step S3) signal level data associated with each presentation audio channel in said set of presentation audio channels, wherein the signal level data represents a signal level for a plurality of time segments of the presentation audio channel; obtaining (step S31) a threshold value; characterised in that it comprises, for each time segment: selecting (step S4) a selected presentation audio channel, wherein the selected presentation audio channel is a presentation audio channel of the set of presentation audio channels that is associated with a highest signal level or a lowest signal level for the time segment compared to other presentation audio channels of said set of presentation audio channels, and determining (step S5) a gain, the gain being based on the threshold value and the representation of the signal level of the selected audio channel; and applying (step S6) the gain of each time segment to corresponding time segments of each spatial audio object to form dynamic range adjusted spatial audio objects. obtaining (step S1) a plurality of spatial audio objects ; obtaining (step S2) at least one rendered audio presentation of the spatial audio objects , the at least one rendered audio presentation comprising at least one presentation audio channel forming a set of presentation audio channels; determining (step S3) signal level data associated with each presentation audio channel in said set of presentation audio channels, wherein the signal level data represents a signal level for a plurality of time segments of the presentation audio channel; obtaining (step S31) a threshold value; characterised in that it comprises, for each time segment: selecting (step S4) a selected presentation audio channel, wherein the selected presentation audio channel is a presentation audio channel of the set of presentation audio channels that is associated with a highest signal level or a lowest signal level for the time segment compared to other presentation audio channels of said set of presentation audio channels, and determining (step S5) a gain, the gain being based on the threshold value and the representation of the signal level of the selected audio channel; and applying (step S6) the gain of each time segment to corresponding time segments of each spatial audio object to form dynamic range adjusted spatial audio objects. selecting (step S4) a selected presentation audio channel, wherein the selected presentation audio channel is a presentation audio channel of the set of presentation audio channels that is associated with a highest signal level or a lowest signal level for the time segment compared to other presentation audio channels of said set of presentation audio channels, and determining (step S5) a gain, the gain being based on the threshold value and the representation of the signal level of the selected audio channel; and applying (step S6) the gain of each time segment to corresponding time segments of each spatial audio object to form dynamic range adjusted spatial audio objects. <EOS>