This study examined ring-on-ring tests on float glass samples, analyzing how two different test speeds (0.3 mm/s and 0.165 mm/s) affected the tin and air sides of the glass. The tests were conducted under both dry and wet conditions, followed by statistical analysis of various parameters for each side of the glass. The findings revealed significant differences between the Eta and Beta values, as well as on the mean stress and medians, indicating varying results depending on the parameters studied. Statistical analysis was used to assess the significance of these differences, emphasizing the importance of considering test conditions and speeds when evaluating the mechanical properties of float glass. This research sheds light on the nuanced effects of environmental conditions and test parameters on the mechanical properties of glass, including on the mean stress and medians, providing a foundation for further exploration and applications in relevant industries.