  The potential of performing a combined analysis of the strangeness-changing
decays $\tau^{-}\to K_{S}\pi^{-}\nu_{\tau}$ and $\tau^{-}\to
K^{-}\eta\nu_{\tau}$ for unveiling the $K^{*}(1410)$ resonance pole parameters
is illustrated. Our study is carried out within the framework of Chiral
Perturbation Theory, including resonances as explicit degrees of freedom.
Resummation of final state interactions are considered through a dispersive
parameterization of the required form factors. A considerable improvement in
the determination of the pole position with mass $M_{K^{*}(1410)}=1304\pm17$
MeV and width $\Gamma_{K^{*}(1410)}=171\pm62$ MeV is obtained.
