A method comprising: using a first camera of a mobile communication device to obtain first video data of a first region, wherein the first region is a field of view of the first camera and wherein the first camera is a front video camera of the mobile communication device; using a second camera of the mobile communication device to obtain second video data of a second region, the second camera being orientated in a different direction to the first camera, such that the first and second regions are at least partially different, wherein the second region is a field of view of the second camera and wherein the second camera is a rear video camera of the mobile communication device; generating a video output (20, 30, 130, 160, 410, 420) from the first and second video data using a first video mapping to map the first video data to a first portion of the video output and using a second video mapping to map the second video data to a second portion of the video output; using one or more spatial microphones or an array of microphones of the mobile communication device to obtain spatial audio data; and generating an audio output from the obtained spatial audio data, the audio output comprising an audio output having a directional component (91, 92) within the first portion of the video output and an audio output having a directional component (93, 94) within the second portion of the video output, wherein generating the audio output comprises: using a first audio mapping to map spatial audio data having a directional component (71, 72) within the first region to the audio output having a directional component (91, 92) within the first portion of the video output; and using a second audio mapping to map spatial audio data having a directional component (73, 74) within the second region to the audio output having a directional component (93, 94) within the second portion of the video output, wherein the first and second audio mappings correspond to the first and second video mappings respectively. using a first camera of a mobile communication device to obtain first video data of a first region, wherein the first region is a field of view of the first camera and wherein the first camera is a front video camera of the mobile communication device; using a second camera of the mobile communication device to obtain second video data of a second region, the second camera being orientated in a different direction to the first camera, such that the first and second regions are at least partially different, wherein the second region is a field of view of the second camera and wherein the second camera is a rear video camera of the mobile communication device; generating a video output (20, 30, 130, 160, 410, 420) from the first and second video data using a first video mapping to map the first video data to a first portion of the video output and using a second video mapping to map the second video data to a second portion of the video output; using one or more spatial microphones or an array of microphones of the mobile communication device to obtain spatial audio data; and generating an audio output from the obtained spatial audio data, the audio output comprising an audio output having a directional component (91, 92) within the first portion of the video output and an audio output having a directional component (93, 94) within the second portion of the video output, wherein generating the audio output comprises: using a first audio mapping to map spatial audio data having a directional component (71, 72) within the first region to the audio output having a directional component (91, 92) within the first portion of the video output; and using a second audio mapping to map spatial audio data having a directional component (73, 74) within the second region to the audio output having a directional component (93, 94) within the second portion of the video output, wherein the first and second audio mappings correspond to the first and second video mappings respectively. using a first audio mapping to map spatial audio data having a directional component (71, 72) within the first region to the audio output having a directional component (91, 92) within the first portion of the video output; and using a second audio mapping to map spatial audio data having a directional component (73, 74) within the second region to the audio output having a directional component (93, 94) within the second portion of the video output, wherein the first and second audio mappings correspond to the first and second video mappings respectively.