With regard to the dynamic disorder of fluoride anions, the results of the AIMD simulations agree well with experimental findings. The accurate reproduction of dynamic disorder over three nonequivalent sites in STT is particularly impressive. In the case of STF and CHA, the AIMD results are less clear-cut than for the other three zeolites, indicating that dynamic disorder is absent at RT, but that it should occur at elevated temperatures. The short duration of the simulations puts limitations on this interpretation, and it would be necessary to sample longer simulation times to corroborate this conclusion. Altogether, the results show that DFT-based AIMD simulations are able to make relatively reliable predictions regarding the occurrence or absence of dynamic disorder, at least on a qualitative level. Such calculations could thus find use in materials characterization, and they might prove particularly valuable in cases where NMR measurements deliver ambiguous results (as is the case for CHA).