  We present a supersymmetric extension of the Standard Model that posseses a
continuous $ U(1)_R$ symmetry, which is identified with one of three lepton
numbers, and where a sneutrino vev gives mass to the down type quark and
leptons. This idea allows for a smaller particle content than the minimal
$R$-symmetric supersymmetry extension of the standard model (MRSSM). We explore
bounds on this model coming from electroweak precision measurements, neutrino
masses and gravitino decay. Bounds from electroweak precision measurements lead
to a two-sided bound on $\tan \beta$ while gravitino decay forces a low
reheating temperature. Finally, the generation of neutrino masses from
$R$-symmetry violation put an upper bound on the SUSY breaking scale. Despite
all of this, we find that the allowed parameter space is still large and would
lead to a distinctive phenomenology at the LHC.
