  We examine the Galileon-like inflation model G-Inflation with minimal
coupling where the inflaton potential is Chaotic inflation potential. In
addition we examine, how the non-minimal coupling with chosen non-zero vacuum
expectation values $v$ after inflation and varying non-minimal coupling
constant values $\xi$ affects and changes the predictions and when the Galileon
term dominates the inflation. We have constructed a valid model of chaotic
inflation which is chaotic G-Inflation, showing that the observational
parameters tensor-to-scalar ratio and spectral indices are comparable and
consistent with current observations.
