  In this letter we analyze the consequences, for the LHC, of gauge and third
family Yukawa coupling unification with a particular set of boundary conditions
defined at the GUT scale, which we characterize as effective "mirage"
mediation. We perform a global chi-squared analysis including the observables
M_W, M_Z, G_F, alpha_em, alpha_s(M_Z), M_top, m_b(m_b), M_tau, BR(B -> X_s
gamma), BR(B_s -> mu^+ mu^-) and M_{h}. The fit is performed in the MSSM in
terms of 10 GUT scale parameters, while tanb and mu are fixed at the weak
scale. We find good fits to the low energy data and a SUSY spectrum which is
dramatically different than previously studied in the context of Yukawa
unification.
