Superlattices obtained by domain reconstruction impose honeycomb and kagome superstructures in twisted MoS2 bilayers with small twist angles. The superstructures introduce valence bands resembling band structures of graphene (𝜃 → 0°) and hexagonal boron nitride (𝜃 → 60°). Flat bands emerge for small angles. Super-heavy fermions govern the valence bands for small twists with respect to the lowest-energy 𝐻 ℎ ℎ bilayer stacking configuration.