A cleaning robot system comprising: a robot comprising: a chassis; a drive system mounted on the chassis and configured to maneuver the robot as directed by a controller in communication with the drive system; a driven cleaning head (60, 65) rotatably carried by the chassis; and a cleaning bin carried by the chassis and configured to receive debris from the cleaning head (40, 60, 65) during cleaning; a robot docking station comprising: a docking station housing configured to receive the robot in a docked configuration for robot maintenance; a debris collection bin; and a motorized vacuum pump that draws air and debris from the robot cleaning bin to deposit the debris into the debris collection bin, wherein docking station is configured as a trash container, and characterized in that the docking station includes a docking portion and a trash can portion including a trash can lid, and that the debris collection bin is a smaller bin than a trash receptacle of the trash can portion and is accessible by opening the trash can lid. a robot comprising: a chassis; a drive system mounted on the chassis and configured to maneuver the robot as directed by a controller in communication with the drive system; a driven cleaning head (60, 65) rotatably carried by the chassis; and a cleaning bin carried by the chassis and configured to receive debris from the cleaning head (40, 60, 65) during cleaning; a robot docking station comprising: a docking station housing configured to receive the robot in a docked configuration for robot maintenance; a debris collection bin; and a motorized vacuum pump that draws air and debris from the robot cleaning bin to deposit the debris into the debris collection bin, wherein docking station is configured as a trash container, and characterized in that the docking station includes a docking portion and a trash can portion including a trash can lid, and that the debris collection bin is a smaller bin than a trash receptacle of the trash can portion and is accessible by opening the trash can lid. a chassis; a drive system mounted on the chassis and configured to maneuver the robot as directed by a controller in communication with the drive system; a driven cleaning head (60, 65) rotatably carried by the chassis; and a cleaning bin carried by the chassis and configured to receive debris from the cleaning head (40, 60, 65) during cleaning; a robot docking station comprising: a docking station housing configured to receive the robot in a docked configuration for robot maintenance; a debris collection bin; and a motorized vacuum pump that draws air and debris from the robot cleaning bin to deposit the debris into the debris collection bin, wherein docking station is configured as a trash container, and characterized in that the docking station includes a docking portion and a trash can portion including a trash can lid, and that the debris collection bin is a smaller bin than a trash receptacle of the trash can portion and is accessible by opening the trash can lid. a docking station housing configured to receive the robot in a docked configuration for robot maintenance; a debris collection bin; and a motorized vacuum pump that draws air and debris from the robot cleaning bin to deposit the debris into the debris collection bin, wherein docking station is configured as a trash container, and characterized in that the docking station includes a docking portion and a trash can portion including a trash can lid, and that the debris collection bin is a smaller bin than a trash receptacle of the trash can portion and is accessible by opening the trash can lid.