  Bertotti-Robinson spacetimes are topologically $AdS_2 \times S^2$ and
described by a conformally flat metric. Together with the Coulomb electric
potential, they provide a class of static, geodetically complete
Einstein-Maxwell solutions. We show here that the Bertotti-Robinson metric
together with Wu-Yang magnetic pole potentials give a class of static solutions
of a system of non-minimally coupled Einstein-Yang-Mills equations that may be
relevant for investigating vacuum polarization effects in a first order
perturbative approach to quantum fields.
