  We discuss the predictions of a constrained version of the exceptional
supersymmetric standard model (cE6SSM), based on a universal high energy soft
scalar mass m_0, soft trilinear coupling A_0 and soft gaugino mass M_1/2. We
predict a supersymmetry (SUSY) spectrum containing a light gluino, a light
wino-like neutralino and chargino pair and a light bino-like neutralino, with
other sparticle masses except the lighter stop being much heavier. In addition,
the cE6SSM allows the possibility of light exotic colour triplet charge 1/3
fermions and scalars, leading to early exotic physics signals at the LHC. We
focus on the possibility of a Z' gauge boson with mass close to 1 TeV, and low
values of (m0,M_1/2), which would correspond to an LHC discovery using "first
data", and propose a set of benchmark points to illustrate this.
