  We analyse the consequences of the little Higgs model for double Higgs boson
production at the LHC and for the partial decay width of the Higgs into two
photons. In particular, we study the sensitivity of these processes in terms of
the parameters of the model. We find that the little Higgs model contributions
are proportional to (v/f)^4 and hence do not change significantly either single
or double Higgs production at hadron colliders or the partial decay width of
the Higgs into two photons as compared to the standard model predictions.
However, when interference and mixing effects are properly taken into account
these contributions increase to be of the order of (v/f)^2.
