A ride vehicle system comprising: a ride vehicle comprising: a plurality of seats; a plurality of directional speakers configured to provide a plurality of audio output signals, wherein each directional speaker of the plurality of directional speakers is configured to output a respective audio output signal of the plurality of audio output signals at a respective seat of the plurality of seats; and a plurality of haptic devices configured to provide a plurality of haptic output signals, wherein each haptic device of the plurality of haptic devices is configured to output a respective haptic output signal of the plurality of haptic output signals at the respective seat; a control system comprising: audio adjustment logic configured to generate each audio output signal of the plurality of audio output signals based on input audio data, a vehicle location, and seat location data associated with the respective seat; and haptic adjustment logic configured to generate each haptic output signal of the plurality of haptic output signals based on input haptic data, the vehicle location, the seat location data, or a combination thereof, and an object of interest, wherein the input audio data comprises sounds associated with the object of interest, wherein the audio adjustment logic is configured to adjust a volume associated with the input audio data based on the seat location data indicative of a distance from the respective seat to the object of interest, wherein the audio adjustment logic is configured to decrease the volume if the seat location data indicates that the distance is increasing, and wherein the audio adjustment logic is configured to increase the volume if the seat location data indicates that the distance is decreasing. a ride vehicle comprising: a plurality of seats; a plurality of directional speakers configured to provide a plurality of audio output signals, wherein each directional speaker of the plurality of directional speakers is configured to output a respective audio output signal of the plurality of audio output signals at a respective seat of the plurality of seats; and a plurality of haptic devices configured to provide a plurality of haptic output signals, wherein each haptic device of the plurality of haptic devices is configured to output a respective haptic output signal of the plurality of haptic output signals at the respective seat; a plurality of seats; a plurality of directional speakers configured to provide a plurality of audio output signals, wherein each directional speaker of the plurality of directional speakers is configured to output a respective audio output signal of the plurality of audio output signals at a respective seat of the plurality of seats; and a plurality of haptic devices configured to provide a plurality of haptic output signals, wherein each haptic device of the plurality of haptic devices is configured to output a respective haptic output signal of the plurality of haptic output signals at the respective seat; a control system comprising: audio adjustment logic configured to generate each audio output signal of the plurality of audio output signals based on input audio data, a vehicle location, and seat location data associated with the respective seat; and haptic adjustment logic configured to generate each haptic output signal of the plurality of haptic output signals based on input haptic data, the vehicle location, the seat location data, or a combination thereof, and audio adjustment logic configured to generate each audio output signal of the plurality of audio output signals based on input audio data, a vehicle location, and seat location data associated with the respective seat; and haptic adjustment logic configured to generate each haptic output signal of the plurality of haptic output signals based on input haptic data, the vehicle location, the seat location data, or a combination thereof, and an object of interest, wherein the input audio data comprises sounds associated with the object of interest, wherein the audio adjustment logic is configured to adjust a volume associated with the input audio data based on the seat location data indicative of a distance from the respective seat to the object of interest, wherein the audio adjustment logic is configured to decrease the volume if the seat location data indicates that the distance is increasing, and wherein the audio adjustment logic is configured to increase the volume if the seat location data indicates that the distance is decreasing.