The cabins, known as MEISŌ MAYU (Meditation buds), are designed to provide a peaceful retreat in urban areas. They aim to create spaces for meditation and reflection, integrating seamlessly into the busy environment of a city. Drawing inspiration from the lotus bud, the design reflects themes of calmness and enlightenment, transforming these concepts into physical structures that enhance their surroundings.

Modular Design

Each cabin has a small footprint of 3.14m², making efficient use of limited city space. The design is suitable for various urban locations, including corners, crosstreets, and intersections. This modularity allows for the possibility of connecting multiple cabins, creating a multi-cabin complex that caters to different needs while maintaining a visually pleasing appearance.

Functional Interior

Inside, the cabins are equipped to improve user experience. They feature surround sound systems and custom lighting, which help create a suitable environment for meditation. These elements are designed to work together, providing a calm space that offers a break from the noise and activity of urban life.

Privacy Solutions

Privacy is an important aspect of the design. It is achieved through polycarbonate doors and windows. The use of Polymer Dispersed Liquid Crystal (PDLC) technology allows for instant privacy when the cabins are occupied. This ensures that users can focus on their meditation without disturbances from the outside.

Material Innovation

Concave panels are made from STURDYFROTH®, a high-density polyurethane foam that adds strength to the cabins. This material has excellent thermal and sound insulation qualities, as well as fire-retardant features. Additionally, it is recyclable, aligning with modern sustainable design practices, which is an essential consideration in today’s built environments.

The cabins present soft, curved surfaces that evoke the shape of lotus petals. This design choice not only connects back to their inspiration but also supports practical needs, such as effective water drainage and improved thermal performance.