  We explore the propagation of a single hole in the generalized quantum
compass model which interpolates between fully isotropic antiferromagnetic (AF)
phase in the Ising model and nematic order of decoupled AF chains for
frustrated compass interactions. We observe coherent hole motion due to either
interorbital hopping or due to the three-site effective hopping, while quantum
spin fluctuations in the ordered background do not play any role.
