  Internal consistency of the most sensitive electroweak measurements within
the standard model framework is examined. Confirming an earlier observation on
the separation of Z-pole asymmetry measurements into {\em hadronisation-
free}and {\em hadronisation-sensitive}, the electroweak mixing angle derived
using the former is in perfect agreement with the precision W mass. These two
complimentary measurements of weak radiative corrections, when combined with
the lower limit on Higgs mass, are incompatible with the measured top quark
mass. To overcome this inconsistency, a scenario readily testable in Run-II at
Tevatron is envisaged: an upward shift of the top quark mass by about 10 GeV
($\sim 2\sigma$). If, however, the improved top quark mass remains at its
current value or the lower limit on Higgs mass moves up substantially, then
abandoning the SM may become inevitable.
