Linear lighting fixture

An asymmetric linear lighting fixture, comprising:

• a linear housing comprising an internal surface and an external surface, the housing forming an opening along a portion of the external surface and a cavity extending from the opening into the interior of the housing thereby forming the internal surface;
• one or more internal components coupled to a portion of the housing within the cavity;
• an asymmetric reflector being removably snap-fitted to the housing and disposed within the cavity, wherein the asymmetric reflector is positioned between the internal components and the opening;
• and
• a louver, the louver being removably snap-fitted to the housing and disposed adjacent the asymmetric reflector;
• and
• one or more mounting assemblies,
• wherein the linear housing further comprises a bottom side, the external surface of the bottom side comprising one or more tracks extending at least a portion of the length of the housing,
• wherein the one or more mounting assemblies are securely coupled to a desired location along the track, the one or more mounting assemblies being positionable at various locations along the track.

An asymmetric linear lighting fixture,comprising:

• a linear housing comprising an internal surface and an external surface, the housing forming an opening along a portion of the external surface and a cavity extending from the opening into the interior of the housing thereby forming the internal surface;
• one or more internal components coupled to a portion of the housing within the cavity;
• an asymmetric reflector being removably snap-fitted to the housing and disposed within the cavity, wherein the asymmetric reflector is positioned between the internal components and the opening;
• a first socket mounting bracket coupled to substantially one end of the reflector in a first direction;
• and
• a second socket mounting bracket coupled substantially to an opposing end of the reflector in a second direction, wherein the first direction is opposite the second direction,
• wherein each socket mounting bracket comprises at least a first socket mounting location and a second socket mounting location,
• wherein when each socket mounting bracket receives a socket at the first socket mounting locations, a light source comprising a first length is coupleable to each of the sockets, and
• wherein when each socket mounting bracket receives a socket at the second socket mounting locations, a light source comprising a second length is coupleable to each of the sockets, the first length being different than the second length.