A harvester feeder (20, 120, 220, 320, 520, 620, 720, 920) comprising: a housing forming a crop passage having a width; a conveyor (30, 130, 530, 730) supported by the housing to extend above crops being conveyed along the crop passage, the conveyor (30, 130, 530, 730) comprising: a frame; at least one tensioner (42, 542, 742, 942) supported by the frame; at least one drive sprocket (44, 544); at least one belt (50, 550) about the at least one tensioner (42, 542, 742, 942) and the at least one drive sprocket (44, 544), the at least one belt (50, 550) forming a substantially uninterrupted crop engaging belt (50, 550) surface extending across a majority of the width, wherein the at least one belt (50, 550) has an upper portion spanning between the at least one tensioner (42, 542, 742, 942) comprising a floating drum and the drive sprocket (44, 544) and a lower portion spanning between the at least one tensioner (42, 542, 742, 942) and the at least one drive sprocket (44, 544), the lower portion (53, 553) being adjacent the crop passage, the harvester feeder (20, 120, 220, 320, 520, 620, 720, 920) further comprising a crop massager (60, 560, 760, 960) between the upper portion (51, 551) and the lower portion (53, 553), the crop massager (60, 560, 760, 960) resiliently pressing the lower portion (53, 553) of the continuous belt (50, 550) towards the crop passage, characterized in that a suspension member is operably coupled between the frame and the crop massager (60, 560, 760, 960) to resiliently bias the crop massager (60, 560, 760, 960) towards the crop passage. a housing forming a crop passage having a width; a conveyor (30, 130, 530, 730) supported by the housing to extend above crops being conveyed along the crop passage, the conveyor (30, 130, 530, 730) comprising: a frame; at least one tensioner (42, 542, 742, 942) supported by the frame; at least one drive sprocket (44, 544); at least one belt (50, 550) about the at least one tensioner (42, 542, 742, 942) and the at least one drive sprocket (44, 544), the at least one belt (50, 550) forming a substantially uninterrupted crop engaging belt (50, 550) surface extending across a majority of the width, wherein the at least one belt (50, 550) has an upper portion spanning between the at least one tensioner (42, 542, 742, 942) comprising a floating drum and the drive sprocket (44, 544) and a lower portion spanning between the at least one tensioner (42, 542, 742, 942) and the at least one drive sprocket (44, 544), the lower portion (53, 553) being adjacent the crop passage, the harvester feeder (20, 120, 220, 320, 520, 620, 720, 920) further comprising a crop massager (60, 560, 760, 960) between the upper portion (51, 551) and the lower portion (53, 553), the crop massager (60, 560, 760, 960) resiliently pressing the lower portion (53, 553) of the continuous belt (50, 550) towards the crop passage, characterized in that a suspension member is operably coupled between the frame and the crop massager (60, 560, 760, 960) to resiliently bias the crop massager (60, 560, 760, 960) towards the crop passage. a frame; at least one tensioner (42, 542, 742, 942) supported by the frame; at least one drive sprocket (44, 544); at least one belt (50, 550) about the at least one tensioner (42, 542, 742, 942) and the at least one drive sprocket (44, 544), the at least one belt (50, 550) forming a substantially uninterrupted crop engaging belt (50, 550) surface extending across a majority of the width, wherein the at least one belt (50, 550) has an upper portion spanning between the at least one tensioner (42, 542, 742, 942) comprising a floating drum and the drive sprocket (44, 544) and a lower portion spanning between the at least one tensioner (42, 542, 742, 942) and the at least one drive sprocket (44, 544), the lower portion (53, 553) being adjacent the crop passage, the harvester feeder (20, 120, 220, 320, 520, 620, 720, 920) further comprising a crop massager (60, 560, 760, 960) between the upper portion (51, 551) and the lower portion (53, 553), the crop massager (60, 560, 760, 960) resiliently pressing the lower portion (53, 553) of the continuous belt (50, 550) towards the crop passage, characterized in that a suspension member is operably coupled between the frame and the crop massager (60, 560, 760, 960) to resiliently bias the crop massager (60, 560, 760, 960) towards the crop passage.