Six bands have been recorded at high resolution in absorption in the visible using Intracavity Laser Spectroscopy (ILS). The bands were observed in the current-regulated RF discharge resulting when 0.30 A was applied to a W-lined Cu hollow cathode, using approximately 300 mTorr of an Ar/H2 sputter gas mixture with a trace amount of either CS2 or SF6. The hollow cathode was located within the resonator cavity of a DCM dye laser operating over the 14,500-16,500 cm−1 range, utilizing effective pathlengths of 0.2-1.0 km with the ILS method. The six observed bands are grouped currently into two vibrational progressions. The (0,0) bands have been identified by negligible W-isotope shifts, and have red-degraded bandheads near 15,050 cm−1 and 15,304 cm−1 . Both series have a vibrational separation of approximately 525 cm−1 , and preliminary rotational constants of 0.14 cm−1 . These values are consistent with the predicted spectroscopic constants for WS [Sevy et al., J. Phys. Chem. A, 121, 9446 (2017)], which has not been previously studied experimentally at high resolution. The inclusion of H2 in the sputter gas mixture results in a roughly 10-fold increase in transition intensity. However, this increase in transition intensity is also observed if D2 is added to the sputter gas mixture in place of H2, with no observable rotational or vibrational shift for any of the observed bands. The transitions will be rotationally analyzed and fit using PGOPHER. The results of this analysis will be presented.