  A four generation supersymmetric model is proposed, in which the Tevatron
``top-quark'' events are reinterpreted as the production of $t^\prime$ which
decays dominantly to $bW^+$. In this model, $m_t\simeq m_W$, and
$t\rta\widetilde t\widetilde\chi^0_1$, with $\widetilde t\rta
c\widetilde\chi^0_1$. This decay chain, which rarely produces a hard isolated
lepton, would have been missed in all previous top quark searches. A narrow
region of the model parameter space exists which cannot yet be ruled out by
present data. This model predicts a rich spectrum of new physics which can be
probed at LEP-II and the Tevatron.
