  We continue the study of compactifications of massive IIA supergravity on G2
orientifolds and demonstrate that breaking supersymmetry with anti-D2 and
anti-D6 sources leads to 3d theories for which the typical tachyons haunting
classical dS solutions can be absent. However for a concrete torus example the
meta-stable dS window disappears after a quantization of fluxes and charges. We
discuss the prospects of more general G2 compactifications and argue that they
could potentially alleviate the tachyon problem by introducing larger tadpole
numbers and warped throats. However, exactly those ingredients then seem to
push the vacuum towards the brink of perturbative brane-flux decay in the open
string sector. This is either a remarkable illustration of the no-dS swampland
conjecture or such vacua live in very difficult to control regions of parameter
space.
