  In higher dimensions, we explore planar hairy black hole configurations for a
special subclass of the Horndeski theory, defined by two coupling functions
depending on the kinetic term and enjoying shift symmetry and reflection
symmetry. For this analysis, we derive a set of new solutions, given by
time-dependent as well as time independent scalar field configurations.
Additionally, we calculate their thermodynamic quantities by using Wald
formalism, satisfying the First Law of Thermodynamics as well as a Smarr
relation. Together with the above, the Wald procedure allows us to compute the
shear viscosity, showing that for a suitable choice of the coupling functions
the Kovtun-Son-Starinets bound is violated.
