  We study the structure of the $\rho$-meson within a light-front model with
constituent quark degrees of freedom. We calculate electroweak static
observables: magnetic and quadrupole moments, decay constant and charge radius.
The prescription used to compute the electroweak quantities is free of zero
modes, which makes the calculation implicitly covariant. We compare the results
of our model with other ones found in the literature. Our model parameters give
a decay constant close to the experimental one.
