Herein, we have proposed a module synthetic approach toward chiral conjugated macrocycles (CCMs, denoted as RBT and SBT in Scheme 1) incorporating both axis and propeller chirality, in which the tetraarylethene (TAE) moiety was embedded via intermolecular McMurry coupling. The helicity of TAE units within the cyclic skeleton was predominated by the commercially available BINOL tethers, and endowed these CCMs aggregation-induced emission (AIE) property with intense emission as solids.