  The perturbative LARGE volume scenario (LVS) is a promising moduli
stabilisation scheme in which the overall volume modulus of the compactifying
Calabi-Yau (CY) threefold is dynamically stabilised to exponentially large
values via using only perturbative corrections. In this article, using an
orientifold of a K3-fibred CY threefold, we present the global embedding of an
inflationary model proposed in the framework of perturbative LVS, in which the
overall volume modulus acts as the inflaton field rolling on a nearly flat
potential induced by a combination of the ${\alpha^\prime}^3$-corrections and
the so-called {\it log-loop} effects. Given that having a concrete global
construction facilitates explicit expressions for a set of sub-leading
corrections, as a next step, we present a detailed analysis investigating the
robustness of the single-field inflationary model against such corrections, in
particular those arising from the winding-type string loop corrections and the
higher derivative F$^4$-corrections.
