A printer (100, 300), comprising: a convection dryer comprising a heater and at least one fan having multiple speeds coupled to the heater the fan being to force heated gas from the convection dryer over media; a paper guide defining a paper path extending underneath the convection dryer, the paper path having at least one media moving device to move media along the paper path; a drying area defined between the paper guide and the convection dryer; a sensor to detect a leading edge of media in the paper path; and a controller coupled to the at least one fan, the media moving device and the sensor; wherein the convection dryer further comprises: a pressure chamber, the at least one fan coupled to the pressure chamber to force air into the pressure chamber; a bottom plate located in the pressure chamber, the bottom plate having a plurality of holes to allow the pressurized air to flow out of the pressure chamber and into the drying area; and a re-circulation baffle that forms a return opening in the drying area, the at least one fan to draw air from the return opening and force it into the pressure chamber; and wherein the controller is to: control the at least one fan to run at a first fan speed as the leading edge of media reaches a first location in the drying area at a start of the convection dryer and at a second fan speed as the leading edge of media reaches a second location in the drying area, downstream from the first location in a printing direction, wherein the first fan speed is lower than the second fan speed; and advance the media in the printing direction at a first lower advancing speed when the at least one fan is running at the first lower fan speed and advance the media at a second higher advancement speed when the at least one fan is running at the second higher fan speed thereby preventing the leading edge of media from being aerodynamically lifted away from the paper guide. a convection dryer comprising a heater and at least one fan having multiple speeds coupled to the heater the fan being to force heated gas from the convection dryer over media; a paper guide defining a paper path extending underneath the convection dryer, the paper path having at least one media moving device to move media along the paper path; a drying area defined between the paper guide and the convection dryer; a sensor to detect a leading edge of media in the paper path; and a controller coupled to the at least one fan, the media moving device and the sensor; wherein the convection dryer further comprises: a pressure chamber, the at least one fan coupled to the pressure chamber to force air into the pressure chamber; a bottom plate located in the pressure chamber, the bottom plate having a plurality of holes to allow the pressurized air to flow out of the pressure chamber and into the drying area; and a re-circulation baffle that forms a return opening in the drying area, the at least one fan to draw air from the return opening and force it into the pressure chamber; and wherein the controller is to: control the at least one fan to run at a first fan speed as the leading edge of media reaches a first location in the drying area at a start of the convection dryer and at a second fan speed as the leading edge of media reaches a second location in the drying area, downstream from the first location in a printing direction, wherein the first fan speed is lower than the second fan speed; and advance the media in the printing direction at a first lower advancing speed when the at least one fan is running at the first lower fan speed and advance the media at a second higher advancement speed when the at least one fan is running at the second higher fan speed thereby preventing the leading edge of media from being aerodynamically lifted away from the paper guide. a pressure chamber, the at least one fan coupled to the pressure chamber to force air into the pressure chamber; a bottom plate located in the pressure chamber, the bottom plate having a plurality of holes to allow the pressurized air to flow out of the pressure chamber and into the drying area; and a re-circulation baffle that forms a return opening in the drying area, the at least one fan to draw air from the return opening and force it into the pressure chamber; control the at least one fan to run at a first fan speed as the leading edge of media reaches a first location in the drying area at a start of the convection dryer and at a second fan speed as the leading edge of media reaches a second location in the drying area, downstream from the first location in a printing direction, wherein the first fan speed is lower than the second fan speed; and advance the media in the printing direction at a first lower advancing speed when the at least one fan is running at the first lower fan speed and advance the media at a second higher advancement speed when the at least one fan is running at the second higher fan speed thereby preventing the leading edge of media from being aerodynamically lifted away from the paper guide.