  Alternative Left-Right Models offer an attractive option to left-right
models. Emerging from $E_6$ grand unification, these models are consistent with
light scalars which do not induce flavour-changing neutral currents due to the
presence of exotic quarks. Here we investigate the signature at the LHC
collider of the charged $W_R$ boson, which can be lighter than in left-right
models. We include constraints from collider data and show that $W_R$ can be
produced in pairs, or in conjunction with a light charged Higgs boson. The
final decay products involve leptons or jets. We explore all production and
decay possibilities and indicate which ones are most promising to be observed
at the colliders. Our analysis shows that signals of $W_R$ bosons can be
observed at the LHC at 27 TeV, some for lower luminosity, and under most
favourable conditions, even at 13 TeV.
