  There is a growing interest in the study of regular black holes because they
eliminate the problem of the singularity that conventional black hole models
present. We analyze here the motion of different types of particles (without
mass, massive and massive and charged particles) in an specific regular charged
black hole solution obtained by Bronnikov in 2001. We also examine the geometry
and the nature of the Bronnikov black hole, and compare it with the
Reissner-Nordstrom black hole, for this we present first the features of both
black holes and analyze the effective potential for each kind of particle
followed by the numerical integration of the orbit equation in some cases of
interest.
