A LED lighting apparatus with a dual lighting system for a helicopter landing area, the apparatus comprising: a plurality of first lighting assemblies circularly connected to form a circle marking in a size that is half the size of a helideck on a helicopter landing area and each including a first lighting module, wherein the first lighting module includes: a plurality of first LED modules; and a first LED driver electrically connected with the first LED modules; a plurality of second lighting assemblies forming a symbol marking in the circular marking and each including a second lighting module, wherein the second lighting module includes: a plurality of second LED modules; and a second LED driver electrically connected with the second LED modules; a power supply configured to supply power to the first and second lighting assemblies; and a controller configured to receive status information signals from the first and second LED drivers (112c, 122c) and transmit status change signals to the first and second LED drivers (112c, 122c), wherein each first LED driver is configured to operate the plurality of first LED modules based on the transmitted status change signals, and wherein each second LED driver is configured to operate the plurality of second LED modules based on the transmitted status change signals, characterized in that each of the plurality of first LED modules includes first and second LEDs (112b-1, 112b-2) having different colors, each of the plurality of second LED modules includes third and fourth LEDs (122b-1, 122b-2) having different colors, each first LED driver is configured to operate at least one of the first and second LEDs (112b-1, 112b-2) of each of the plurality of first LED modules based on the transmitted status change signals, and each second LED driver is configured to operate at least one of the third and fourth LEDs (122b-1, 122b-2) of each of the plurality of second LED modules based on the transmitted status change signals. a plurality of first lighting assemblies circularly connected to form a circle marking in a size that is half the size of a helideck on a helicopter landing area and each including a first lighting module, wherein the first lighting module includes: a plurality of first LED modules; and a first LED driver electrically connected with the first LED modules; a plurality of first LED modules; and a first LED driver electrically connected with the first LED modules; a plurality of second lighting assemblies forming a symbol marking in the circular marking and each including a second lighting module, wherein the second lighting module includes: a plurality of second LED modules; and a second LED driver electrically connected with the second LED modules; a plurality of second LED modules; and a second LED driver electrically connected with the second LED modules; a power supply configured to supply power to the first and second lighting assemblies; and a controller configured to receive status information signals from the first and second LED drivers (112c, 122c) and transmit status change signals to the first and second LED drivers (112c, 122c), wherein each first LED driver is configured to operate the plurality of first LED modules based on the transmitted status change signals, and wherein each second LED driver is configured to operate the plurality of second LED modules based on the transmitted status change signals, characterized in that each of the plurality of first LED modules includes first and second LEDs (112b-1, 112b-2) having different colors, each of the plurality of second LED modules includes third and fourth LEDs (122b-1, 122b-2) having different colors, each first LED driver is configured to operate at least one of the first and second LEDs (112b-1, 112b-2) of each of the plurality of first LED modules based on the transmitted status change signals, and each second LED driver is configured to operate at least one of the third and fourth LEDs (122b-1, 122b-2) of each of the plurality of second LED modules based on the transmitted status change signals.