Abstract: An ejector for a refuse vehicle including a structural frame, a first shoe, and a second shoe. The structural frame includes a first side plate offset from a second side plate, and the distance between the first side plate and the second side plate defines a side plate spacing. The first shoe is coupled to the first side plate and includes a first surface configured to interface with a first ejector track. The second shoe is coupled to the second side plate and includes a second surface configured to interface with the second ejector track. A lateral spacing between the first surface and the second surface is less than or equal to the side plate spacing such that loading imparted on the structural frame is transmitted directly into the first ejector track and the second ejector track.

Abstract: A body assembly for a vehicle includes a storage body, a tailgate rotatably coupled to the storage body, an actuator, and a prop. The actuator includes a cylinder tube having an outer tube end coupled to the tailgate and a rod having an outer rod end coupled to the body. Extension and retraction of the actuator moves the tailgate between an open position and a closed position. The prop has an interface surface configured to selectively engage the cylinder tube. The rod end and the prop are rotatably coupled to a lower portion of the storage body such that an operator standing alongside the refuse vehicle may support the tailgate in the open position by directly engaging the prop.

Abstract: A body assembly for a vehicle includes a storage body, a tailgate rotatably coupled to the storage body, an actuator, and a prop. The actuator includes a cylinder tube having an outer tube end coupled to the tailgate and a rod having an outer rod end coupled to the body. Extension and retraction of the actuator moves the tailgate between an open position and a closed position. The prop has an interface surface configured to selectively engage the cylinder tube. The rod end and the prop are rotatably coupled to a lower portion of the storage body such that an operator standing alongside the refuse vehicle may support the tailgate in the open position by directly engaging the prop.

Abstract: An ejector for a refuse vehicle including a structural frame, a first shoe, and a second shoe. The structural frame includes a first side plate offset from a second side plate, and the distance between the first side plate and the second side plate defines a side plate spacing. The first shoe is coupled to the first side plate and includes a first surface configured to interface with a first ejector track. The second shoe is coupled to the second side plate and includes a second surface configured to interface with the second ejector track. A lateral spacing between the first surface and the second surface is less than or equal to the side plate spacing such that loading imparted on the structural frame is transmitted directly into the first ejector track and the second ejector track.