  We consider the pair production of color triplet spin-3/2 quarks and their
subsequent decays at the LHC. This particle, if produced, will most likely
decay into top quark and gluon, bottom quark and gluon, or a light quark jet
and gluon, depending on the quantum number of the spin-3/2 particle. This would
lead to signals with ttbar+jj, bbbar+jj, or 4j in the final states. We present
a detailed analysis of the signals and backgrounds at sqrt{s}= 7, 8 and 14 TeV
and show the reach for such particles by solving for observable mass values for
the spin-3/2 quarks through its decay products.
