Abstract: A light fixture includes one or more light modules and a sensor module coupled to a housing of the light fixture. The sensor module includes an extension arm and a sensor unit that is rotatably coupled to one end of the extension arm. The other end of the extension arm that is opposite to the end coupled to the sensor unit is pivotably coupled to the housing of the light fixture to pivotably rotate the sensor module between a first position and a second position based on a mounting of the light fixture. Further, the sensor unit is adjustable independent of the extension arm.

Abstract: A luminaire can comprise a housing that comprises a flat surface or platform. The platform can comprise one or more apertures. One or more light modules can be disposed in the aperture or apertures, so that each light module is set into the platform, for example. Each light module can be rotated within its aperture. Each light module can emit a pattern of illumination that is biased relative to its axis of light module rotation, for example. Accordingly, the illumination emitted by each light module can be aimed in various directions by rotating the light module. Adjusting the rotational orientation of each light module can thus control where the luminaire directs the illumination pattern.

Abstract: A door for an outdoor lighting fixture can include a base portion and a cantilever portion. The base portion can include a first light source receiving area and at least one attachment recess, where the first light source receiving area is disposed on a bottom of the base portion. The cantilever portion can be disposed at a distal end of the base portion and can include a second light source receiving area disposed on a bottom side of the cantilever portion. The at least one attachment recess can be configured to receive a securing clip of a cabinet of the outdoor lighting fixture. The first light source receiving area can be configured to receive a first light source, and the second light source receiving area can be configured to receive a second light source.