A method for concealing one or more consecutive lost packets (412, 413); wherein a lost packet is a packet which is deemed to be lost by a transform-based audio decoder; wherein each of the one or more lost packets (412, 413) comprises a set of transform coefficients; wherein a set of transform coefficients is used by the transform-based audio decoder to generate a corresponding frame (412, 413) of a time domain audio signal; the method comprising - determining for a current lost packet of the one or more lost packets (412, 413) a number of preceding lost packets from the one or more lost packets (412, 413); wherein the determined number is referred to as a loss position; - determining a packet loss concealment, referred to as PLC, scheme based on the loss position of the current packet; - determining (204, 207, 208) an estimate of a current frame of the audio signal using the determined PLC scheme (204, 207, 208); wherein the current frame corresponds to the current lost packet; - determining a last received packet comprising a last received set of transform coefficients; wherein the last received packet is directly preceding the one or more lost packets (412, 413); and - determining a first buffer based on a last received frame of the audio signal; wherein the last received frame corresponds to the last received packet, wherein - the transform-based audio decoder applies an overlapped transform; - each set of transform coefficients comprises N transform coefficients, with N >1; - for each set of transform coefficients, the overlapped transform generates a corresponding aliased intermediate frame of 2N time-domain samples; - for each received packet, the overlapped transform generates the corresponding frame of the audio signal, based on a first half of the corresponding aliased intermediate frame and based on a second half of the aliased intermediate frame of a packet which precedes the received packet; and - the method further comprises determining a second buffer based on the second half of the aliased intermediate frame of the last received packet for concealing one or more lost packets (412, 413). - determining for a current lost packet of the one or more lost packets (412, 413) a number of preceding lost packets from the one or more lost packets (412, 413); wherein the determined number is referred to as a loss position; - determining a packet loss concealment, referred to as PLC, scheme based on the loss position of the current packet; - determining (204, 207, 208) an estimate of a current frame of the audio signal using the determined PLC scheme (204, 207, 208); wherein the current frame corresponds to the current lost packet; - determining a last received packet comprising a last received set of transform coefficients; wherein the last received packet is directly preceding the one or more lost packets (412, 413); and - determining a first buffer based on a last received frame of the audio signal; wherein the last received frame corresponds to the last received packet, wherein - the transform-based audio decoder applies an overlapped transform; - each set of transform coefficients comprises N transform coefficients, with N >1; - for each set of transform coefficients, the overlapped transform generates a corresponding aliased intermediate frame of 2N time-domain samples; - for each received packet, the overlapped transform generates the corresponding frame of the audio signal, based on a first half of the corresponding aliased intermediate frame and based on a second half of the aliased intermediate frame of a packet which precedes the received packet; and - the method further comprises determining a second buffer based on the second half of the aliased intermediate frame of the last received packet for concealing one or more lost packets (412, 413).