fluid to cool the light emitting diode fluid connectors 15 are used to operably connect a fluid source to the aluminum housing 11 an led board 13 is secured to the aluminum housing 11 using four screws 17 a silicon seal 14 is placed between the led board 13 and aluminum housing 11 to provide a watertight seal between the led board 13 and the aluminum housing 11 the led board 13 is protected by an aluminum housing cap 12 where the aluminum housing cap 12 is secured to the aluminum housing 11 by screws 17 fig2 is a cross sectional side view of a fluid cooled led light showing fluid flowing therethrough fluid 99 flows through a first fluid connector 15 into the aluminum housing 11 after entering the aluminum housing 11 the fluid 99 encounters an obstruction 18 thereby directing the flow of the fluid upwards towards the led board 13 heat is transferred from the led board 13 to the fluid thereby cooling the led specifically the p n junction of the led the fluid then flows around to the opposite side of the obstruction 18 and out of the aluminum housing 11 through a second fluid connector 15 in this manner heat is removed from the led and is added to the fluid fig3 is an exploded perspective view of fluid cooled led light with a channel board an led board 13 includes a lens 19 that protects the light emitting diode the led board 13 is affixed to a channel.