A system for determining a location for a beamforming loudspeaker system to transmit an audio output thereto, the system comprising: a memory device; and an audio source including the memory device and being configured to: transmit a first stimulus signal to one of a first beamforming loudspeaker assembly and a second beamforming loudspeaker assembly to play back an audio output; receive the audio output from the one of the first beamforming loudspeaker assembly and the second beamforming loudspeaker assembly; determine a first distance between a first beamforming loudspeaker assembly and a second beamforming loudspeaker assembly; determine a second distance between the audio source and the first beamforming loudspeaker assembly; determine a third distance between the audio source and the second beamforming loudspeaker assembly; and determine a location for transmitting the audio output from each of the first beamforming loudspeaker assembly and the second beamforming loudspeaker assembly based at least on the first distance, the second distance, and the third distance, wherein the audio source is further configured to determine a first angle for the first beamforming loudspeaker assembly to transmit the audio output therefrom based at least on the first distance, the second distance, and the third distance prior to determining the location for the audio output, wherein the audio source is further configured to determine a second angle for the second beamforming loudspeaker assembly to transmit the audio output therefrom based at least on the first distance, the second distance, and the third distance prior to determining the location for the audio output, wherein the audio source is further configured to measure a first peak amplitude of the audio output from the first beamforming loudspeaker assembly after the first beamforming loudspeaker assembly transmits the audio output at the first angle, wherein the audio source is further configured to measure a second peak amplitude of the audio output from the second beamforming loudspeaker assembly after the second beamforming loudspeaker assembly transmits the audio output at the second angle, and wherein the audio source compares the first peak amplitude to the second peak amplitude to determine the location for transmitting the audio output from each of the first beamforming loudspeaker assembly and the second beamforming loudspeaker assembly. a memory device; and an audio source including the memory device and being configured to: transmit a first stimulus signal to one of a first beamforming loudspeaker assembly and a second beamforming loudspeaker assembly to play back an audio output; receive the audio output from the one of the first beamforming loudspeaker assembly and the second beamforming loudspeaker assembly; determine a first distance between a first beamforming loudspeaker assembly and a second beamforming loudspeaker assembly; determine a second distance between the audio source and the first beamforming loudspeaker assembly; determine a third distance between the audio source and the second beamforming loudspeaker assembly; and determine a location for transmitting the audio output from each of the first beamforming loudspeaker assembly and the second beamforming loudspeaker assembly based at least on the first distance, the second distance, and the third distance, transmit a first stimulus signal to one of a first beamforming loudspeaker assembly and a second beamforming loudspeaker assembly to play back an audio output; receive the audio output from the one of the first beamforming loudspeaker assembly and the second beamforming loudspeaker assembly; determine a first distance between a first beamforming loudspeaker assembly and a second beamforming loudspeaker assembly; determine a second distance between the audio source and the first beamforming loudspeaker assembly; determine a third distance between the audio source and the second beamforming loudspeaker assembly; and determine a location for transmitting the audio output from each of the first beamforming loudspeaker assembly and the second beamforming loudspeaker assembly based at least on the first distance, the second distance, and the third distance, wherein the audio source is further configured to determine a first angle for the first beamforming loudspeaker assembly to transmit the audio output therefrom based at least on the first distance, the second distance, and the third distance prior to determining the location for the audio output, wherein the audio source is further configured to determine a second angle for the second beamforming loudspeaker assembly to transmit the audio output therefrom based at least on the first distance, the second distance, and the third distance prior to determining the location for the audio output, wherein the audio source is further configured to measure a first peak amplitude of the audio output from the first beamforming loudspeaker assembly after the first beamforming loudspeaker assembly transmits the audio output at the first angle, wherein the audio source is further configured to measure a second peak amplitude of the audio output from the second beamforming loudspeaker assembly after the second beamforming loudspeaker assembly transmits the audio output at the second angle, and wherein the audio source compares the first peak amplitude to the second peak amplitude to determine the location for transmitting the audio output from each of the first beamforming loudspeaker assembly and the second beamforming loudspeaker assembly.