A gear assembly, comprising: a first gear disposed at a centerline axis of the gear assembly; a second gear coupled to the first gear in adjacent radial arrangement to form a first mesh between the first gear and the second gear; a third gear coupled to the second gear in adjacent radial arrangement to form a second mesh between the second gear and the third gear a static portion coupled to the second gear in adjacent circumferential arrangement, the static portion defining a pocket; and a spraybar disposed within the static portion such that a supply opening of the spraybar is directed at the first mesh between the first gear and the second gear, wherein the supply opening is configured to provide a flow of lubricant to the first mesh between the first gear and the second gear and at least a portion of the flow of lubricant is collected by the pocket; wherein the flow of lubricant is released from the pocket to the second mesh between the second gear and the third gear during an interruption condition of a primary lubrication system in which the flow of lubricant is interrupted from being provided to the supply opening, and wherein the primary lubrication system provides the flow of lubricant to the supply opening during a working condition; and wherein the static portion defines a flow aperture spaced from the pocket, and wherein the flow of lubricant released from the pocket flows through the flow aperture to the second mesh between the second gear and the third gear also during the interruption condition, characterized in that the flow aperture allows the lubricant to be injected towards the second mesh between the second gear and the third gear during the interruption condition. a first gear disposed at a centerline axis of the gear assembly; a second gear coupled to the first gear in adjacent radial arrangement to form a first mesh between the first gear and the second gear; a third gear coupled to the second gear in adjacent radial arrangement to form a second mesh between the second gear and the third gear a static portion coupled to the second gear in adjacent circumferential arrangement, the static portion defining a pocket; and a spraybar disposed within the static portion such that a supply opening of the spraybar is directed at the first mesh between the first gear and the second gear, wherein the supply opening is configured to provide a flow of lubricant to the first mesh between the first gear and the second gear and at least a portion of the flow of lubricant is collected by the pocket; wherein the flow of lubricant is released from the pocket to the second mesh between the second gear and the third gear during an interruption condition of a primary lubrication system in which the flow of lubricant is interrupted from being provided to the supply opening, and wherein the primary lubrication system provides the flow of lubricant to the supply opening during a working condition; and wherein the static portion defines a flow aperture spaced from the pocket, and wherein the flow of lubricant released from the pocket flows through the flow aperture to the second mesh between the second gear and the third gear also during the interruption condition, characterized in that the flow aperture allows the lubricant to be injected towards the second mesh between the second gear and the third gear during the interruption condition.