  We discuss new mechanisms to stop the relaxion field during inflation. They
can be realized in a generic model, including the original model but in a quite
different parameter region. We consider a fast-rolling relaxion field, which
can go over the bumps created by QCD-like dynamics. Then, in one of the
mechanisms, we stop it with a parametric resonance of the Higgs field. The
mechanisms are free from a super-Planckian field excursion or a gigantic number
of e-folds of inflation. The relaxion has a mass around the weak scale and
mixes with the Higgs boson, which enhances the testability of our mechanisms.
