  We study certain properties of the low energy regime of a theory which
resembles four dimensional YM theory in the framework of a non-critical
holographic gravity dual. We use for the latter the near extremal $AdS_6$
non-critical SUGRA. We extract the glueball spectra that associates with the
fluctuations of the dilaton, one form and the graviton and compare the results
to those of the critical near extremal $D4$ model and lattice simulations. We
show an area law behavior for the Wilson loop and screening for the 't Hooft
loop. The Luscher term is found to be $-{3/24}\frac {\pi}{L}$. We derive the
Regge trajectories of glueballs associated with the spinning folded string
configurations.
