  We study LHC phenomenology of mirage mediation scenario in which anomaly and
modulus contributions to soft SUSY breaking terms are comparable to each other.
A Monte Carlo study of mirage mediation, with model parameters $\alpha=1$,$
M_0=500$ GeV, $n_M=1/2$, $n_H=1$ and $\rm{tan}\beta=10$, is presented. It is
shown that masses of supersymmetric particles can be measured in a model
independent way, providing information on SUSY breaking sector. In particular,
the mass ratio of gluino to the lightest neutralino for the benchmark scenario
is determined to be $1.9 \lesssim m_{\tildeg}/m_{\tilde\chi_1^0} \lesssim 3.1$,
well reproducing theoretical input value of $m_{\tilde g}/m_{\tilde\chi_1^0}
\simeq 2.5$ which is quite distinctive from the predictions $m_{\tilde
g}/m_{\tilde\chi_1^0} \gtrsim 6$ of other SUSY scenarios in which gaugino
masses are unified at the GUT scale. The model parameters of mirage mediation
can be also determined from various kinematic distributions.
