  We introduce a new N=1 no-scale supergravity model with F- and D-term
breaking. It contains a single chiral supermultiplet T and a single U(1) vector
multiplet U, gauging an axionic shift symmetry. Both supersymmetry and the
gauge symmetry are spontaneously broken, with the spin-3/2, spin-1 and spin-1/2
masses sliding along a classical flat direction, with a single real massless
scalar in the spectrum. The other degrees of freedom are absorbed by the
massive gravitino and vector. We extend our model, under very mild conditions,
to general gauge groups and matter content.
