A light emitting diode light system for use on an aircraft, comprising: a first LED lamp having a first LED array, the first LED array including at least a first LED, a second LED, and a third LED; a first optical element comprising a first reflector configured to direct light emitted from the first LED in a first beam centered around a first angle, to direct light emitted from the second LED in a second beam centered around a second angle, and to direct light emitted from the third LED in a third beam centered around a third angle, wherein the first LED array is a linear array such that the second LED is positioned above the first LED, and the third LED is positioned above the second LED; a second LED lamp having a second LED array, the second LED array including at least a fourth LED a fifth LED and a sixth LED; and a second optical element comprising a second reflector configured to direct light emitted from the fourth LED in a fourth beam centered around the first angle, to direct light emitted from the fifth LED in a fifth beam centered around the second angle, and to direct light emitted from the sixth LED in a sixth beam centered around the third angle, wherein the second LED array is a linear array such that the fifth LED is positioned above the fourth LED, and the sixth LED is positioned above the fifth LED; wherein the first angle is approximately -0.5 degrees relative, when in use on the aircraft, to a central longitudinal axis of the aircraft, the second angle is approximately -6 degrees relative, when in use on the aircraft, to the central longitudinal axis and the third angle is approximately -12 degrees relative, when in use on the aircraft, to the central longitudinal axis; and, characterized in that the first LED is positioned within one millimeter of the focal point of the first reflector and in that the first LED array is disposed asymmetrically about a first axis of the first reflector, wherein the first axis is an axis of symmetry of the first reflector which passes through the focal point of the first reflector and in that the fourth LED is positioned within one millimeter of the focal point of the second reflector and in that the second LED array is disposed asymmetrically about a second axis of the second reflector, wherein the second axis is an axis of symmetry of the second reflector which passes through the focal point of the second reflector. a first LED lamp having a first LED array, the first LED array including at least a first LED, a second LED, and a third LED; a first optical element comprising a first reflector configured to direct light emitted from the first LED in a first beam centered around a first angle, to direct light emitted from the second LED in a second beam centered around a second angle, and to direct light emitted from the third LED in a third beam centered around a third angle, wherein the first LED array is a linear array such that the second LED is positioned above the first LED, and the third LED is positioned above the second LED; a second LED lamp having a second LED array, the second LED array including at least a fourth LED a fifth LED and a sixth LED; and a second optical element comprising a second reflector configured to direct light emitted from the fourth LED in a fourth beam centered around the first angle, to direct light emitted from the fifth LED in a fifth beam centered around the second angle, and to direct light emitted from the sixth LED in a sixth beam centered around the third angle, wherein the second LED array is a linear array such that the fifth LED is positioned above the fourth LED, and the sixth LED is positioned above the fifth LED; wherein the first angle is approximately -0.5 degrees relative, when in use on the aircraft, to a central longitudinal axis of the aircraft, the second angle is approximately -6 degrees relative, when in use on the aircraft, to the central longitudinal axis and the third angle is approximately -12 degrees relative, when in use on the aircraft, to the central longitudinal axis; and, characterized in that the first LED is positioned within one millimeter of the focal point of the first reflector and in that the first LED array is disposed asymmetrically about a first axis of the first reflector, wherein the first axis is an axis of symmetry of the first reflector which passes through the focal point of the first reflector and in that the fourth LED is positioned within one millimeter of the focal point of the second reflector and in that the second LED array is disposed asymmetrically about a second axis of the second reflector, wherein the second axis is an axis of symmetry of the second reflector which passes through the focal point of the second reflector.