  Various suggestions exist for incorporating the strange quark into twisted
mass QCD. One option for quenched simulations is to employ two twisted
doublets, (u,d) and (c,s), with separate twist angles. Working in the isospin
limit, preliminary results for the quenched spectrum of strange hadrons are
presented, with both twist angles tuned to pi/2. Splittings within the mass
multiplets provide some insight into the symmetry breaking effects of twisted
mass lattice QCD.
