  We expand the holographic studies of momentum relaxation to include
non-relativistic scaling symmetries in the ultraviolet. We do so by
constructing black branes with Lifshitz asymptotics dressed with axions which
explicitly depend on the boundary directions. Such configurations arise as
analytic solutions of the Einstein-Proca theory coupled to massless scalar
fields in arbitrary dimensions. Studying linear perturbations on these
backgrounds, we conclude that there is a dual Ward identity which accounts for
the dissipation of momentum in the system. In addition, we numerically compute
the frequency dependent thermal conductivity of the branes and verify that its
DC limit is finite.
