  We investigate the impact of recent direct supersymmetry (SUSY) searches on a
non-universal sfermion mass scenario focusing on naturalness. One of the
advantages of this scenario is that the non-universality between third
generation and first two generation sfermion masses can relax the tension
between naturalness and constraints from flavour and CP violating observables.
In the parameter region, where various phenomenological constraints are
satisfied, the constraints to this scenario from ATLAS 165pb-1 "0-lepton"
search and 35pb-1 "b-jet" search are much weaker than those to the constrained
minimal SUSY standard model, because of differences in the main SUSY production
processes and the main decay chains. Naturalness can be easily achieved in this
scenario in accord with the current direct SUSY searches. An additional
dedicated analysis may be needed to discover/exclude this scenario.
