  We present a new numerical program, HTurbo, which provides fast and
numerically precise predictions for Higgs boson production cross sections. The
present version of the code implements the perturbative QCD expansion up to the
next-to-next-to-leading order also combined with the resummation of the large
logarithmic corrections at small transverse momenta up to
next-to-next-to-leading logarithmic accuracy and it includes the Higgs boson
production through gluon fusion and decay in two photons with the full
dependence on the final-state kinematics. Arbitrary kinematical cuts can be
applied to the final states in order to obtain fiducial cross sections and
associated kinematical distributions. We present a benchmark comparison with
the predictions obtained with the numerical programs HRes and HNNLO programs
for which HTurbo represents an improved reimplementation.
