  AdS flux vacua with a parametric separation between the AdS and KK scales
have been conjectured to be in the Swampland. We study flux compactifications
of massive IIA supergravity with O6 planes which are claimed to allow
moduli-stabilised and scale separated AdS$_3$ and AdS$_4$ vacua at arbitrary
weak coupling and large volume. A recent refinement of the AdS Distance
Conjecture is shown to be inconsistent with the class of AdS$_3$ vacua because
the requisite discrete higher form symmetries are absent. We further perform a
tree-level study of non-perturbative decays for the nonsupersymmetric versions
of the AdS$_3$ solutions, and find that the vacua are stable within this
approximation. Finally, we provide an initial investigation of the would-be
dual CFT$_2$'s and CFT$_3$'s. We study roughly a dozen different models and
find for all AdS$_4$ DGKT-type vacua that the dual operators to the lightest
scalars have integer dimensions. For the putative CFT$_2$ dual theories of the
AdS$_3$ vacua we find no integer dimensions for the operators.
