In this study, we address the aforementioned limitation by introducing structure-based flat-bottom correlation terms to FB-ENM, creating an extended potential energy called correlated FB-ENM (CFB-ENM). Each correlation term imposes a constraint that prohibits the simultaneous breaking of a bond formed only in the reactant and another bond formed only in the product. This modification effectively eliminates the unrealistic lag between bond breaking and formation in the generated reaction paths. Consequently, CFB-ENM produces more chemically accurate representations of bond rearrangements during reactions.