  Phenomenological issues of no-scale structure of K\"{a}hler potential are
re-examined, which arises in various approaches to supersymmetry breaking. When
no-scale boundary conditions are given at the Grand Unified scale and universal
gaugino masses are postulated, a bino mass is quite degenerate with
right-handed slepton masses and the requirement that the lightest superparticle
(LSP) be neutral supplemented with slepton searches at LEP200 severely
constrains allowed mass regions of superparticles. The situation drastically
changes if one moderately relaxes the assumption of the universal gaugino
masses. After reviewing some interesting scenarios where non-universal gaugino
masses arise, we show that the non-universality diminishes the otherwise severe
constraint on the superparticle masses, and leads a variety of superparticle
mass spectra: in particular the LSP can be a wino-like neutralino, a
higgsino-like neutralino, or even a sneutrino, and also left-handed sleptons
can be lighter than right-handed ones.
