  A scenario is presented where the $s$, $c$, and $b$ quark fusion Higgs
production cross sections are enhanced with respect to those of the Standard
Model. In particular the $c$ quark fusion production is very important and can
account for a significant contribution at the Large Hadron Collider. The light
Higgs couplings to vector bosons are sufficiently suppressed to allow its mass
to lie below the LEP bound of 115 GeV and due to enhanced couplings to second
family fermions, the Higgs decay to $\mu$ pairs is large enough to be
detectable. This is accomplished with a model incorporating three Higgs
doublets charged under a flavor symmetry.
