  We explore the phenomenology of a class of models with anomaly-mediated
supersymmetry breaking. These models retain the successful flavor properties of
the minimal scenario while avoiding the tachyons. The mass spectrum is
predicted in terms of a few parameters. However various qualitatively different
spectra are possible, often strongly different from the ones usually employed
to explore capabilities of new accelerators. One stable feature is the limited
spread of the spectrum, so that squarks and gluinos could be conceivably
produced at TEVII. The lightest superpartner of standard particles is often a
charged slepton or a neutral higgsino. It behaves as a stable particle in
collider experiments but it decays at or before nucleosynthesis. We identify
the experimental signatures at hadron colliders that can help distinguish this
scenario from the usual ones.
