This allows us to explore the electronic structure for very small twist angles, including the band structures and band dispersion. We find that for tBL MoS2 at small twist angles with respect to the 𝑅 ℎ 𝑀 and 𝐻 ℎ ℎ stackings, lattice relaxation forms a superlattice of two large domains per moiré cell, which take up most of the moiré cell area. The electronic structure of the superlattice emerges from the inter-domain interaction, which yields Dirac and kgm signatures for slightly twisted 𝑅 ℎ 𝑀 BLs, and separated bands in the counterparts, where two low-energy stackings, 𝐻 ℎ ℎ and 𝐻 ℎ 𝑋 , of different relative energies and consequently domain areas, are present. For tBL 𝑅 ℎ 𝑀 MoS2, we further reveal a lateral spin polarization texture and that the effective hole masses remain rather light for twist angles down to 1°.