The Iceland Cave Tower is a unique structure located in the diverse landscape of Iceland. It serves as a warm retreat for visitors, providing spaces designed for relaxation and social interaction. The overall design emphasizes harmony with the environment, creating a comfortable setting that encourages a strong connection to nature.

Spatial Organization

The building features three distinct levels, each dedicated to specific functions. The first level includes essential spaces such as a waiting room, office, café, storage area, entrance, and a mechanical room. This arrangement allows for smooth movement between areas while prioritizing user comfort. The café acts as a community space, fostering informal interactions, while the office and waiting room focus on more private uses.

User Engagement

On the second level, an observation platform invites visitors to take in the expansive natural views of the Icelandic landscape. This design encourages an engagement with the outdoors, allowing users to experience the beauty of their surroundings. The choice of this elevated area promotes interaction between the occupants and the striking environment, enhancing the overall enjoyment of the space.

Intimate Spaces

The third level accommodates up to five individuals, creating an intimate environment that encourages conversation and connection. This thoughtful design element highlights the project’s focus on community and togetherness. Here, users can find comfort in shared experiences, making the space versatile for both solitude and social gatherings.

Material Composition

The exterior comprises teak wood, bricks, and white mineral plaster, which present a cohesive look while meeting practical needs. The walls feature two layers of thermal insulation, expanded polystyrene (EPS) and mineral wool, working together to minimize heat loss and create a pleasant indoor climate. The foundation relies on reinforced concrete with hydro insulation, providing stability against Iceland’s wet weather conditions.

The roofing system utilizes sheet metal alongside layers of insulation, plaster, and drywall, which contribute to safety and energy efficiency. This careful selection of materials is deliberate, balancing function and visual appeal while ensuring the structure responds well to the challenges of its environment.