  We constrain Horava-Lifshitz gravity using the results of OPERA and ICARUS
neutrino speed experiments, which show that neutrinos are luminal particles,
examining the fermion propagation in the earth's gravitational field. In
particular, investigating the Dirac equation in the spherical solutions of the
theory, we find that the neutrinos feel an effective metric with respect to
which they might propagate superluminally. Therefore, demanding not to have
superluminal or subluminal motion we constrain the parameters of the theory.
Although the excluded parameter regions are very narrow, we find that the
detailed balance case lies in the excluded region.
