Specific relativistic uncertainty in light transmission with angular orientation non-zero RESUMO The relativistic effects of the dynamical properties of light at transmission with angular orientation were analyzed from the perspectives of Bohr indeterminacy and Heisenberg uncertainties and statistical dispersion. It was found that these effects report minimal uncertainties that agree with one or the other according to the angular range of incidence and that decrease with increasing refringence of the medium, constituting a specific relativistic uncertainty in light transmission with angular orientation non-zero. An anomaly is indicated for the uncertainty principle in the Quantum Theory (QT) setting for small angles of incidence, where the accuracy of the angular orientation does not imply an increase in the uncertainty of the linear momentum. The anomalies arise because QT does not predict the alternation between the classical and relativistic reg...