  LaCrGe$_3$ is an itinerant, metallic ferromagnet with a Curie temperature
($T_C$) of $\sim$ 86 K. Whereas LaCrGe$_3$ has been studied extensively as a
function of pressure as an example of avoided ferromagnetic quantum
criticality, questions about its ambient pressure ordered state remain;
specifically, whether there is a change in the nature of the ferromagnetically
ordered state below $T_C$ $\sim$ 86 K. We present anisotropic $M$($H$)
isotherms, coupled with anisotropic AC susceptibility data, and demonstrate
that LaCrGe$_3$ has a remarkable, low temperature coercivity associated with
exceptionally sharp, complete magnetization reversals to and from fully
polarized states. This coercivity is temperature dependent, it drops to zero in
the 40 - 55 K region and reappears in the 70 - 85 K regions. At low
temperatures LaCrGe$_3$ has magnetization loops and behavior that has
previously associated with micromagnetic/nanocrystalline materials, not bulk,
macroscopic samples.
