Numerous branch features in the (0,0) [12.0] Omega=2<--X (3)Delta(3) and (0,0) [13.1] (3)Phi(4)<--X (3)Delta(3) band systems of the iron monocarbide, FeC, have been studied using optical Stark spectroscopy. The electric field induced splittings in the high resolution laser induced fluorescence spectra were analyzed to produce values for the permanent electric dipole moments, mu, of 4.02(6) D, 4.44(6) D, and 2.36(3) D for the [12.0] Omega=2, [13.1] (3)Phi(4), and X (3)Delta(3) states, respectively. A comparison with other iron containing molecules and theoretical predictions is made.