A system comprising: a memory (302, 1706) storing instructions (306, 1712); a processor (304, 408, 1704) communicatively coupled to the memory and configured to execute the instructions to: determine a minimum evoked response amplitude and a maximum evoked response amplitude for a recipient of a cochlear implant (108, 610); determine a mapping between a plurality of audible pitches and a plurality of evoked response amplitudes included in a range defined by the minimum and maximum evoked response amplitudes; monitor, during an insertion procedure in which an electrode lead (110, 612) communicatively coupled to the cochlear implant is inserted into a cochlea of the recipient, an evoked response signal recorded during the insertion procedure by an electrode (112, 614) disposed on the electrode lead, the evoked response signal representing amplitudes of a plurality of evoked responses that occur within the recipient in response to acoustic stimulation applied to the recipient; detect an amplitude change in the evoked response signal as the evoked response signal is being monitored; and present, based on the mapping and as the evoked response signal is being monitored, acoustic feedback that audibly indicates the amplitude change, wherein the determining of the mapping comprises: mapping a lowest audible pitch within the plurality of audible pitches to the minimum evoked response amplitude; mapping a highest audible pitch within the plurality of audible pitches to the maximum evoked response amplitude; and mapping a remaining number of available pitches within the plurality of audible pitches to different evoked response amplitudes that are in between the minimum and maximum evoked response amplitudes. a memory (302, 1706) storing instructions (306, 1712); a processor (304, 408, 1704) communicatively coupled to the memory and configured to execute the instructions to: determine a minimum evoked response amplitude and a maximum evoked response amplitude for a recipient of a cochlear implant (108, 610); determine a mapping between a plurality of audible pitches and a plurality of evoked response amplitudes included in a range defined by the minimum and maximum evoked response amplitudes; monitor, during an insertion procedure in which an electrode lead (110, 612) communicatively coupled to the cochlear implant is inserted into a cochlea of the recipient, an evoked response signal recorded during the insertion procedure by an electrode (112, 614) disposed on the electrode lead, the evoked response signal representing amplitudes of a plurality of evoked responses that occur within the recipient in response to acoustic stimulation applied to the recipient; detect an amplitude change in the evoked response signal as the evoked response signal is being monitored; and present, based on the mapping and as the evoked response signal is being monitored, acoustic feedback that audibly indicates the amplitude change, wherein the determining of the mapping comprises: mapping a lowest audible pitch within the plurality of audible pitches to the minimum evoked response amplitude; mapping a highest audible pitch within the plurality of audible pitches to the maximum evoked response amplitude; and mapping a remaining number of available pitches within the plurality of audible pitches to different evoked response amplitudes that are in between the minimum and maximum evoked response amplitudes. determine a minimum evoked response amplitude and a maximum evoked response amplitude for a recipient of a cochlear implant (108, 610); determine a mapping between a plurality of audible pitches and a plurality of evoked response amplitudes included in a range defined by the minimum and maximum evoked response amplitudes; monitor, during an insertion procedure in which an electrode lead (110, 612) communicatively coupled to the cochlear implant is inserted into a cochlea of the recipient, an evoked response signal recorded during the insertion procedure by an electrode (112, 614) disposed on the electrode lead, the evoked response signal representing amplitudes of a plurality of evoked responses that occur within the recipient in response to acoustic stimulation applied to the recipient; detect an amplitude change in the evoked response signal as the evoked response signal is being monitored; and present, based on the mapping and as the evoked response signal is being monitored, acoustic feedback that audibly indicates the amplitude change, wherein the determining of the mapping comprises: mapping a lowest audible pitch within the plurality of audible pitches to the minimum evoked response amplitude; mapping a highest audible pitch within the plurality of audible pitches to the maximum evoked response amplitude; and mapping a remaining number of available pitches within the plurality of audible pitches to different evoked response amplitudes that are in between the minimum and maximum evoked response amplitudes. mapping a lowest audible pitch within the plurality of audible pitches to the minimum evoked response amplitude; mapping a highest audible pitch within the plurality of audible pitches to the maximum evoked response amplitude; and mapping a remaining number of available pitches within the plurality of audible pitches to different evoked response amplitudes that are in between the minimum and maximum evoked response amplitudes.