  $\cal T$-parity in the Little Higgs model could be violated by anomalies that
allow the lightest $\cal T$-odd $A_H$ to decay into $ZZ$ and $W^+W^-$. We
analyze these anomaly induced decays and the two-particle and the
three-particle decay modes of other heavy quarks and bosons in this model which
yield unique Large Hadron Collider (LHC) signals with fully reconstructable
events. $\cal T$-odd quarks in the Little Higgs model are nearly degenerate in
mass and they decay by almost identical processes; however, members of the
heavy Higgs triplet follow distinct decay modes. The branching fractions of
three-body decays increase with the global symmetry-breaking energy scale $f$
and are found to be at the level of a few percent in heavy quark decays while
they can reach up to 10% for heavy bosons.
