  We study the signal from the pair production of $t$-squarks at the Tevatron
under the assumption that their two-body decay to charginos as well as their
three-body decay to $W$ bosons is kinematically forbidden. In this case, the
stop dominantly decays via $\widetilde{t_1}\rightarrow c\tz_1$, so that the
signal consists of two charm jets together with $\eslt$. We reevaluate this
signal using ISAJET~7.01, and show that if the stop mass is below about 100
GeV, there should be as many as 50-70 events in the accumulated data sample of
the CDF and D0 experiments even if the LSP is as heavy as 50 GeV. We have also
studied the possibility of tagging the $c$-jet by its semileptonic $\mu$ decay,
but find that the event rates are too small for this to be viable except for
values of stop and LSP masses that yield a robust signal via the conventional
$\eslt$ search.
