  We analyze geometrical scaling (GS) of negative pion multiplicity p_T
distributions at NA61/SHINE energies. We show that even though NA61/SHINE
energies are low, one may expect to find GS in the particle spectra. We argue
that qualitative behavior of ratios of multiplicities at different energies is
in agreement with a simple picture of GS which is violated for p_T smaller than
some nonperturbative scale Lambda and when larger Bjorken x of one of the
scattering patrons crosses x_max above which gluonic cloud becomes dilute and
quark degrees of freedom become important.
