  The neutron's electric form factor contains vital information on nucleon
structure, but its interpretation within many models has been obscured by
relativistic effects. I demonstrate that, to leading order in the relativistic
expansion of a constituent quark model, the Foldy term cancels exactly against
a contribution to the Dirac form factor F_1 to leave intact the naive
interpretation of G^n_E as arising from the neutron's rest frame charge
distribution.
