  We examine the reach of the CERN LHC pp collider for supersymmetric models
where the dominant contribution to soft SUSY breaking parameters arises from
the superconformal anomaly. In the simplest viable anomaly mediated SUSY
breaking (AMSB) model, tachyonic slepton squared masses are made positive by
adding a universal contribution m_0^2 to all scalars. We use the event
generator ISAJET to generate AMSB signal events as a function of model
parameter space. Assuming an integrated luminosity of 10 fb-1, the LHC can
reach to values of $m_{\tg}\sim 2.3$ TeV for low values of $m_0$, where the
dilepton plus jets plus E_T(missing) channel offers the best reach. For large
$m_0$, the best signature is typically 0 or 1 isolated lepton plus jets plus
E_T(missing); in this case the reach is typically diminished to values of
$m_{\tg}\sim 1.3$ TeV. The presence of terminating tracks in a subset of signal
events could serve to verify the presence of a long lived lightest chargino
which is generic in the minimal AMSB model.
