In our previous study, we demonstrated that the potential-averaged five-dimensional (PA5D) method, with nonreactive OD restricted to the ground vibrational state, provides a quantitative level of accuracy for total reaction probabilities when compared to full 6D computations. To reduce the computational expenses, the following results are derived from PA5D calculations. Figure presents the 3D DCSs for the title reaction at the collision energies of 0.136 and 0.186 eV, depicted as surface plots for the product translational energy and angle distributions. As seen, the angular distributions exhibit pronounced backward peaking at these energies, with the peak broadening as the collision energy increases, consistent with the direct abstraction mechanism. Furthermore, the distributions for the (20) and ( ) vibrational states are more prominent those for the (10), (11) and (12) states, which is consistent with the J=0 reaction probabilities in Figure .