  I discuss production and detection at the Tevatron $\pbarp$ collider of pairs
of light ($\mpi = 100$--$200\,\gev$) color--singlet technipions that are
expected in all nonminimal models of technicolor. Gluon fusion production rates
can be as large as $\CO(1\,\pb)$. Topcolor--assisted technicolor is required to
prevent top quarks from decaying as $t \ra \tpip b$. An intriguing consequence
of this is that the decays $\tpip \ra \tau^+ \nu_\tau$, $c \ol s$ and $\tpiz
\ra b \ol b$ may also be suppressed so that $\tpip \ra W^+ \gamma$ and $\tpiz
\ra \gamma\gamma$ are significant. These modes have spectactular signatures at
the Tevatron.
