A clothes dryer (10, 110, 210, 310) comprising: a primary drying chamber (34, 134 334) for drying laundry, the primary drying chamber (34, 134, 334) comprising a front wall with an access opening (25, 225, 325), a rear wall spaced from said front wall, and a peripheral wall extending between said front and rear walls, with at least said peripheral wall configured to rotate to define a rotatable primary drying chamber (34, 134, 334); an air flow system comprising an inlet in the rear wall and an outlet (45, 145, 345) on the front wall to define a primary air flow path (81, 181) through said primary drying chamber (34, 134, 334) between said inlet and said outlet (45, 145, 345); a door (26, 226, 326) configured to move between opened/closed positions to selectively open/close the primary drying chamber (34, 134 334); and a secondary drying chamber (60, 160, 260, 360) for holding non-tumbling laundry in the clothes dryer, the secondary drying chamber (60, 160, 260, 360) being removably positioned in the primary drying chamber (34, 134, 334) and located adjacent the front wall to at least partially block access through the access opening (25, 225, 325) without preventing rotation of the peripheral wall, and defining a secondary flow path (82, 182) through the secondary drying chamber (60, 160, 260, 360) to the outlet (45, 145, 345); characterized in that, said secondary drying chamber (60, 160, 260, 360) has a deflector, a scoop (62, 162, 362) and a basket portion that defines a peripheral wall between the deflector and the scoop (62, 162, 362); the deflector comprises a solid or perforated material suitable to prevent laundry tumbling in a drum from getting tangled with or caught on the secondary drying chamber; the basket portion defines a housing which faces the interior of the clothes dryer (10, 110, 210, 310) and which has an airflow inlet configured to be porous to allow air to circulate through; and said scoop (62, 162, 362) is located within the primary drying chamber (34, 134, 334) so as to deflect at least some of the air in the primary flow path (81, 181) to the secondary flow path (82, 182). a primary drying chamber (34, 134 334) for drying laundry, the primary drying chamber (34, 134, 334) comprising a front wall with an access opening (25, 225, 325), a rear wall spaced from said front wall, and a peripheral wall extending between said front and rear walls, with at least said peripheral wall configured to rotate to define a rotatable primary drying chamber (34, 134, 334); an air flow system comprising an inlet in the rear wall and an outlet (45, 145, 345) on the front wall to define a primary air flow path (81, 181) through said primary drying chamber (34, 134, 334) between said inlet and said outlet (45, 145, 345); a door (26, 226, 326) configured to move between opened/closed positions to selectively open/close the primary drying chamber (34, 134 334); and a secondary drying chamber (60, 160, 260, 360) for holding non-tumbling laundry in the clothes dryer, the secondary drying chamber (60, 160, 260, 360) being removably positioned in the primary drying chamber (34, 134, 334) and located adjacent the front wall to at least partially block access through the access opening (25, 225, 325) without preventing rotation of the peripheral wall, and defining a secondary flow path (82, 182) through the secondary drying chamber (60, 160, 260, 360) to the outlet (45, 145, 345); characterized in that, said secondary drying chamber (60, 160, 260, 360) has a deflector, a scoop (62, 162, 362) and a basket portion that defines a peripheral wall between the deflector and the scoop (62, 162, 362); the deflector comprises a solid or perforated material suitable to prevent laundry tumbling in a drum from getting tangled with or caught on the secondary drying chamber; the basket portion defines a housing which faces the interior of the clothes dryer (10, 110, 210, 310) and which has an airflow inlet configured to be porous to allow air to circulate through; and said scoop (62, 162, 362) is located within the primary drying chamber (34, 134, 334) so as to deflect at least some of the air in the primary flow path (81, 181) to the secondary flow path (82, 182).