  We perform a parton level study of angular correlations, in higher
dimensional black hole events scenarios at the LHC. We start by discussing some
features of the angular spectrum in the high energy limit using the geometrical
optics approximation. This allows us to recover the high energy limit of the
Hawking fluxes. Then we use the full Hawking angular fluxes on the brane, for a
singly rotating Myers-Perry black hole, to motivate the construction of various
angular observables as to maximise the angular asymmetries due to rotation.
This is finally adapted to a parton level simulation using the CHARYBDIS2
generator. We explore two types of variables based on: axis reconstruction and
two-particle angular correlators. We find energy cuts which have the potential
to help identify the effects of rotation in semi-classical rotating black hole
events at the LHC during the 14 TeV run, especially for spin-1 particles.
