  We investigate the possibility of the acoustic superresonance phenomenon
(analog to the superradiance in black hole physics), i.e., the amplification of
a sound wave by reflection from the ergoregion of a rotating acoustic black
hole with Lorentz symmetry breaking. For rotating black holes the effect of
superradiance corresponds to the situation where the incident waves has
reflection coefficient greater than one, and energy is extracted from them. For
an acoustic Kerr-like black hole its rate of loss of mass is affected by the
Lorentz symmetry breaking. We also have shown that for suitable values of the
Lorentz violating parameter a wider spectrum of particle wave function can be
scattered with increased amplitude by the acoustic black hole.
