Ultra high resolution absorption coefficients of the Q-branch of Freon-12 (CCl2F2) have been obtained using tunable diode laser spectroscopy. Continuous spectra are presented from 1155 cm-1 to 1163 cm-1 with a spectral resolution ~.001 cm-1. Absolute wavelength calibration was obtained using SO2 spectra as a standard and a 5 cm Ge etalon for relative calibration between SO2 lines. The relative accuracy of the Freon-12 line positions was ~.0005 cm-1. The Freon-12 data, obtained at a pressure of .05 Torr, exhibited a rich and highly structured spectra. However, with the exception of three isolated features at 1158.2, 1159, and 1161 cm-1, collisional broadening reduces the spectra to a structureless continuum for nitrogen pressures greater than 20 Torr. The spectra at 1161 cm-1 continue to exhibit structure at atmospheric pressure.