  We investigate the localization of metastable four-dimensional gravity around
a bent dilatonic brane, embedded into a five-dimensional space, that exists
only up to distances sufficiently small compared to a crossover scale. Far from
such scale, five-dimensional effects strongly deviate the Newtonian potential.
We study this effect by considering localization of massive gravity on a
non-BPS bent dilatonic 3-brane solution of a five-dimensional supergravity. Our
results show that the cosmological constant on the bent brane controls the size
of the crossover scale. For sufficiently small positive cosmological constant,
that is in accord with the present observations, the crossover scale becomes
very large.
