  We present the first dynamical calculation of the $\rho$-meson as a resonance
in the Dyson-Schwinger/Bethe-Salpeter framework by including explicit two-pion
exchange in addition to the t-channel one-gluon exchange of rainbow-ladder in
the interaction kernel. The width is determined from the imaginary part of the
resonance pole and is generated by the singularity structure of the integrand,
treated by means of suitable path deformations. We find the resonant mass and
width to be $640$ MeV and $100$ MeV respectively, corresponding to a coupling
constant $g_{\rho\pi\pi}=5.7$; repulsive corrections beyond rainbow-ladder are
known to bring these in alignment with experiment. Furthermore we present the
dependence of these parameters on the pion mass and compare with results from
lattice QCD.
