  We find giant graviton solutions in Frolov's three parameter generalization
of the Lunin-Maldacena background. The background we study has
$\tilde{\gamma}_1=0$ and $\tilde{\gamma}_2=\tilde{\gamma}_3=\tilde{\gamma}$.
This class of backgrounds provide a non-superymmetric example of the gauge
theory/gravity correspondence that can be tested quantitatively, as recently
shown by Frolov, Roiban and Tseytlin. The giant graviton solutions we find have
a greater energy than the point gravitons, making them unstable states. Despite
this, we find striking quantitative agreement between the gauge theory and
gravity descriptions of open strings attached to the giant.
