Here, we present a kinetic approach to the MC-MD method in the form of kinetically corrected reaction candidate sampling and variable length post-reaction MD. Template reaction paths are pre-characterized using automated transition state searches based on density functional theory (DFT), using the FlexTS module in BIOVIA Materials Studio. We include spectator Li + ions and use an implicit solvent environment to simulate the overall electrostatics. Corrections are based on the resulting activation barriers, and are applied to the candidate sampling scheme and postreaction MD lengths using equations inspired by the kinetic Monte Carlo method used in many branches of computational chemistry. Our implementation uses the graphical and intuitive representation of template reaction paths in BIOVIA Materials Studio. Coordination criteria and R-groups can be built into a reactant system of arbitrary complexity. These template reaction paths are then used to efficiently identify reaction candidates in simulation cells containing tens of thousands of atoms.