  A comprehensive, hyperfine-resolved rotation-vibration line list for the
ammonia molecule ($^{14}$NH$_3$) is presented. The line list, which considers
hyperfine nuclear quadrupole coupling effects, has been computed using robust,
first principles methodologies based on a highly accurate empirically refined
potential energy surface. Transitions between levels with energies below
$8000$~cm$^{-1}$ and total angular momentum $F\leq14$ are considered. The line
list shows excellent agreement with a range of experimental data and will
significantly assist future high-resolution measurements of NH$_3$, both
astronomically and in the laboratory.
