  While the much discussed lepton-number violating process $e^-e^-\rightarrow
W_R^-W_R^-$ provides an excellent probe of both the Majorana nature of the
right-handed neutrino and the symmetry breaking sector of the Left-Right
Symmetric Model, it is likely that $W_R$'s are too massive to be pair produced
at the NLC with $\sqrt {s}$ in the 1-1.5 TeV range. We are thus lead to
consider the single $W_R$ production process $e^-e^-\rightarrow W_R^-(W_R^-)^*
\rightarrow W_R^-+jj$ in order to expand the collider's kinematic reach. After
pointing out that $W_R$'s with masses of order 1 TeV may be missed by future
hadron collider searches, we demonstrate that this three-body process possesses
a significant cross section, of order several fb, at the NLC with $\sqrt {s}$
in the range above. The angular distribution of the produced $W_R$'s is shown
to be essentially flat and the potential backgrounds from standard model
processes are shown to be small.
