We report for the first time two-photon absorption (2PA) cross sections and spectra of corroles within a broad spectral range of excitation wavelengths, 800-1400 nm. Compared to symmetrically-substituted porphyrins, the 2PA spectrum of corroles contains a distinct peak at the laser wavelength close to twice the wavelength of Soret maximum (similar to 850 nm), with a quite significant cross section, sigma(2) = 60-130 GM. Lowering of the symmetry relaxes the parity selection rules for 2PA, thus making the Soret band allowed for two-photon transition. We also observe that the strength of the 2PA peak in Soret region strongly decreases with the electron-withdrawing ability of the side substituents. (c) 2008 Elsevier B. V. All rights reserved.