  Entanglement in quantum mechanics contradicts local realism, and is a
manifestation of quantum non-locality. Its presence can be detected through the
violation of Bell, or CHSH inequalities. Paradigmatic quantum systems provide
examples of both, non-entangled and entangled states. Here we consider a
minimal complexity setup consisting of 6 Majorana bound states. We find that
any allowed state in the degenerate Majorana space is non-locally entangled. We
show how to measure (with available techniques) the CHSH-violating
correlations, using either intermediate strength or weak measurement protocols.
