Purpose: The clinical usefulness of rotation evaluation using objective refraction in toric soft lenses fitting was investigated. Methods: Toric soft lenses were fitted for 32 subjects (64 eyes; mean age of 24.69 ${pm}$ 1.65 years) with astigmatism and both eyes of each subject were fitted with toric soft lenses. Objective refraction-based lenses rotation was evaluated from refraction and over-refraction data by indirect calculating technique. These calculated data were compared with the measured data from slit lamp with direct measuring technique. Results: Orientation of toric soft lenses around zero position (within ${pm}$ 5$^{circ}$ vertical line) was investigated. The orientations to the direction of nose of measured and calculated values were 69.78% and 63.64%, respectively, which showed similar values between two techniques. Agreement frequency between measured and calculated values in the magnitude of lenses rotation 54.69% and 82.82% for 10$^{circ}$ and 20$^{circ}$ of vertical line, respectively. The 95% limits of agreement between calculation and measurement were from -10.08$^{circ}$ to 12.65$^{circ}$, and mean difference was 1.29$^{circ}$ within ${pm}$ 10$^{circ}$. The result showed there was no significant difference (p = 0.1984) and high correlation (r = 0.56, p = 0.0004) between two techniques. But the 95% limits of agreement was widen in ${pm}$ 20$^{circ}$ of vertical line. The magnitude of lens rotation between two methods was 9.66 ${pm}$ 6.16$^{circ}$, 16.17 ${pm}$ 12.38$^{circ}$ and 10.58 ${pm}$ 12.02$^{circ}$ for normal, loose and tight fitted conditions. Conclusions: From the results with smaller difference between two techniques, it was found that higher availability of subjective over-refraction data can be used as a supplementary tool for subjective refraction. An application using objective refraction with direct measuring could be provide high success in prescription on toric soft lenses.