  In this paper we attempt to construct a regular gravastar model using the UV
corrected framework of Loop Quantum Cosmology. We find that a stable gravastar
model can be constructed with a number of unique features: (i) no thin shell
approximation needs to be invoked to obtain solutions in the shell which can be
considered to be of a finite thickness, (ii) the central singularity of a self
gravitating object can be averted by a bounce mechanism, such that the interior
density of the gravastar reaches a maximum critical density and cannot be
raised further due to an operative repulsive force, (iii) the inherent isotropy
of the effective fluid description does not prevent the formation of a stable
gravastar and anisotropic pressures is not an essential requirement.
