Apparatus for directing a harvested crop output from an agricultural harvester, the apparatus comprising: a spout having a channel for the harvested crop to travel along, a first end connectable to the agricultural harvester for receiving the harvested crop into the channel, and a second end for the harvested crop to exit the channel; a deflector at least partially aligned with the channel and the second end so that, in use, the flow of the harvested crop exiting the channel is directed by the deflector, the deflector comprising three consecutively-arranged segments (32, 34, 36) for directing the harvested crop output, the second end of the spout and the deflector being connected by a first segment of the three segments (32, 34, 36), a second segment of the three segments (32, 34, 36) and the spout being connected by the first segment, and a third segment of the three segments (32, 34, 36) and the spout being connected by the second and first segments (34, 32), wherein: the segments (32, 34, 36) are pivotable to change the alignment of the deflector with respect to the second end of the spout, the first segment being pivotable relative to the spout about a first pivot, the second segment being pivotable relative to the first segment about a second pivot, and the third segment being pivotable relative to the second segment about a third pivot; and a link arrangement comprising at least three links for coordinating pivoting of the segments (32, 34, 36) about their respective pivots (54, 56, 58), wherein at least a first link of the at least three links is an actuator, characterized in that each link connects a respective one of the three segments (32, 34, 36) to the spout and is arranged to pivot said segment about its respective pivot, wherein the first link is connected at one end to the spout and connected at another end to an actuator-connected segment of the three segments (32, 34, 36). a spout having a channel for the harvested crop to travel along, a first end connectable to the agricultural harvester for receiving the harvested crop into the channel, and a second end for the harvested crop to exit the channel; a deflector at least partially aligned with the channel and the second end so that, in use, the flow of the harvested crop exiting the channel is directed by the deflector, the deflector comprising three consecutively-arranged segments (32, 34, 36) for directing the harvested crop output, the second end of the spout and the deflector being connected by a first segment of the three segments (32, 34, 36), a second segment of the three segments (32, 34, 36) and the spout being connected by the first segment, and a third segment of the three segments (32, 34, 36) and the spout being connected by the second and first segments (34, 32), wherein: the segments (32, 34, 36) are pivotable to change the alignment of the deflector with respect to the second end of the spout, the first segment being pivotable relative to the spout about a first pivot, the second segment being pivotable relative to the first segment about a second pivot, and the third segment being pivotable relative to the second segment about a third pivot; and a link arrangement comprising at least three links for coordinating pivoting of the segments (32, 34, 36) about their respective pivots (54, 56, 58), wherein at least a first link of the at least three links is an actuator, characterized in that each link connects a respective one of the three segments (32, 34, 36) to the spout and is arranged to pivot said segment about its respective pivot, wherein the first link is connected at one end to the spout and connected at another end to an actuator-connected segment of the three segments (32, 34, 36).