Method for spinning laundry with the objective of draining laundry using a laundry treatment appliance, wherein the laundry treatment appliance has: a drum for receiving laundry, an outer tub, in which the drum is rotatably received, and a drain pump which is designed to convey fluid released out from the outer tub in particular through the spinning process, wherein the method has: a continuous measurement of a flow rate of the drain pump, a first plateau spin in which a spin speed of the drum is kept constantly above an oscillating system resonance frequency range and the drain pump is operated in a plateau spin operating mode which is adjusted to the first plateau spin, and an incremental spin which is started as a function of the flow rate of the drain pump, with - an initial increase in speed of the drum, and - a subsequent increase in speed which is started as a function of the flow rate of the drain pump, which is adjusted at least once above the oscillating system resonance frequency range as a function of the flow rate so that the drain pump does not run dry and a backlog of fluid does not result impermissibly in the outer tub, wherein the increase in speed of the drum is increased if the flow rate reduces and the increase in speed of the drum is kept the same or reduced when the flow rate of the drain pump increases. a drum for receiving laundry, an outer tub, in which the drum is rotatably received, and a drain pump which is designed to convey fluid released out from the outer tub in particular through the spinning process, wherein the method has: a continuous measurement of a flow rate of the drain pump, a first plateau spin in which a spin speed of the drum is kept constantly above an oscillating system resonance frequency range and the drain pump is operated in a plateau spin operating mode which is adjusted to the first plateau spin, and an incremental spin which is started as a function of the flow rate of the drain pump, with - an initial increase in speed of the drum, and - a subsequent increase in speed which is started as a function of the flow rate of the drain pump, which is adjusted at least once above the oscillating system resonance frequency range as a function of the flow rate so that the drain pump does not run dry and a backlog of fluid does not result impermissibly in the outer tub, wherein the increase in speed of the drum is increased if the flow rate reduces and the increase in speed of the drum is kept the same or reduced when the flow rate of the drain pump increases. a continuous measurement of a flow rate of the drain pump, a first plateau spin in which a spin speed of the drum is kept constantly above an oscillating system resonance frequency range and the drain pump is operated in a plateau spin operating mode which is adjusted to the first plateau spin, and an incremental spin which is started as a function of the flow rate of the drain pump, with - an initial increase in speed of the drum, and - a subsequent increase in speed which is started as a function of the flow rate of the drain pump, which is adjusted at least once above the oscillating system resonance frequency range as a function of the flow rate so that the drain pump does not run dry and a backlog of fluid does not result impermissibly in the outer tub, wherein the increase in speed of the drum is increased if the flow rate reduces and the increase in speed of the drum is kept the same or reduced when the flow rate of the drain pump increases. - an initial increase in speed of the drum, and - a subsequent increase in speed which is started as a function of the flow rate of the drain pump, which is adjusted at least once above the oscillating system resonance frequency range as a function of the flow rate so that the drain pump does not run dry and a backlog of fluid does not result impermissibly in the outer tub, wherein the increase in speed of the drum is increased if the flow rate reduces and the increase in speed of the drum is kept the same or reduced when the flow rate of the drain pump increases.