  The anomalous Hall effect has been indispensable in our understanding of
numerous magnetic phenomena. This concerns both ferromagnetic materials, as
well as diverse classes of antiferromagnets, where in addition to the anomalous
and crystal Hall effects, the topological Hall effect in non-coplanar
antiferromagnets has been a subject of intensive research in the past decades.
Here, we uncover a new flavour of the anomalous Hall effect in canted spin
systems. Using advanced theoretical tools we demonstrate that upon canting, the
anomalous Hall effect acquires a contribution which is sensitive to the sense
of imprinted vector chirality among spins. We explore the origins and basic
properties of corresponding chiral Hall effect, and closely tie it to the
symmetry properties of the system. Our findings suggest that the chiral Hall
effect and corresponding chiral magneto-optical effects emerge as novel
versatile tools in characterizing an interplay of structure and chirality in
complex magnets, as well as in tracking their chiral dynamics and fluctuations.
