  We determine the baryon octet and decuplet masses as well as their wave
functions in a covariant three-body Faddeev approach. We work in an
approximation where irreducible three-body forces are neglected. In the
two-body interactions we take into account a well explored rainbow-ladder
kernel as well as flavor dependent meson-exchange terms motivated from the
underlying quark-gluon interaction. Without flavor dependent forces we find
agreement with the experimental spectrum on the 5-10 percent level. Including
the flavor dependent terms on an exploratory level delivers a Sigma/Lambda
splitting with the correct sign although the magnitude is still too small.
