In this article, the authors introduce a versatile frame- work and rendering techniques for the construction of cost-effective and easy-to-assemble multi-view 360∘ displays. The proposed methodology allows for the creation of displays featuring high-resolution and full-color images across a variable range of viewing angles. This framework extends the existing technology, which utilizes a parallax approach using rotating screens. A variety of display configurations achievable through the proposed framework are explored, including a multi-display strategy to mitigate flicker, as well as a flat design aimed at delivering a see-through experience. Additionally, the rendering workflow used to generate multi-view 360∘ content is introduced. Finally, results are presented in the form of photographs captured from varying angles along with an analysis of the displayed content derived from two constructed prototypes: the first exemplifies a cylindrical design with dual displays while the second showcases a see-through flat-based design.