A housing (710, 910, 1010) for a light fixture (700, 1000), the housing (710, 910, 1010) comprising: at least one wall (711, 911, 1011) that forms a cavity (912, 1012) and a light source housing portion, wherein the at least one wall (711, 911, 1011) comprises a thermally-conductive material, wherein the light source housing portion is configured to receive at least one light source (725, 1025); a removable piece (740, 940, 1040) that couples to a remainder of the at least one wall (711, 911, 1011), wherein the removable piece (740, 940, 1040) is adjacent to the at least one air throughway (917, 1017), wherein removing the at least one removable piece (740, 940, 1040) enlarges the at least one air throughway (917, 1017), wherein the removable piece (740, 940, 1040) is comprised by the at least one wall (711, 911, 1011), wherein the removable piece (740, 940, 1040), when coupled to the remainder of the at least one wall (711, 911, 1011), forms a flame path that allows gases, generated by an explosion within the cavity (912, 1012), to escape therethrough and that also cools the gases as the gases exit the cavity (912, 1012); a wireway (927, 1027) disposed between the cavity (912, 1012) and the light source housing portion; a plurality of heat sink fins (715, 915, 1015) that extend from an outer surface of the at least one wall (711, 911, 1011); and at least one air throughway (917, 1017) that exposes at least a portion of the wireway (927, 1027) between the at least one wall (711, 911, 1011) and the light source housing portion, wherein the at least one air throughway (917, 1017) allows ambient air to pass directly around the portion of the wireway (927, 1027) to remove heat generated by electrical components disposed within the cavity (912, 1012) and by the at least one light source (725, 1025), wherein the at least one air throughway is formed independent of the plurality of heat sink fins (715, 915, 1015). at least one wall (711, 911, 1011) that forms a cavity (912, 1012) and a light source housing portion, wherein the at least one wall (711, 911, 1011) comprises a thermally-conductive material, wherein the light source housing portion is configured to receive at least one light source (725, 1025); a removable piece (740, 940, 1040) that couples to a remainder of the at least one wall (711, 911, 1011), wherein the removable piece (740, 940, 1040) is adjacent to the at least one air throughway (917, 1017), wherein removing the at least one removable piece (740, 940, 1040) enlarges the at least one air throughway (917, 1017), wherein the removable piece (740, 940, 1040) is comprised by the at least one wall (711, 911, 1011), wherein the removable piece (740, 940, 1040), when coupled to the remainder of the at least one wall (711, 911, 1011), forms a flame path that allows gases, generated by an explosion within the cavity (912, 1012), to escape therethrough and that also cools the gases as the gases exit the cavity (912, 1012); a wireway (927, 1027) disposed between the cavity (912, 1012) and the light source housing portion; a plurality of heat sink fins (715, 915, 1015) that extend from an outer surface of the at least one wall (711, 911, 1011); and at least one air throughway (917, 1017) that exposes at least a portion of the wireway (927, 1027) between the at least one wall (711, 911, 1011) and the light source housing portion, wherein the at least one air throughway (917, 1017) allows ambient air to pass directly around the portion of the wireway (927, 1027) to remove heat generated by electrical components disposed within the cavity (912, 1012) and by the at least one light source (725, 1025), wherein the at least one air throughway is formed independent of the plurality of heat sink fins (715, 915, 1015).