  We revisit the viable parameter space in No-Scale ${\cal F}$-$SU(5)$,
examining the Grand Unified Theory within the context of the prevailing gluino
mass limits established by the LHC. The satisfaction of both the No-Scale
boundary condition and the experimentally measured Standard Model (SM) like
Higgs boson mass requires a lower limit on the gluino mass in the model space
of about 1.9 TeV, which maybe not coincidentally is the current LHC
supersymmetry search bound. This offers a plausible explanation as to why a
supersymmetry signal has thus far not been observed at the LHC. On the
contrary, since the vector-like flippon particles are relatively heavy due to
the strict condition that the supersymmetry breaking soft term $B_{\mu}$ must
vanish at the unification scale, we also cannot address the recently vanished
750 GeV diphoton resonance at the 13 TeV LHC. Therefore, No-Scale ${\cal
F}$-$SU(5)$ returns as a King after the spurious 750 GeV diphoton excess was
gone with the wind.
