The lookout point at Hverfjall volcano offers a unique design that responds thoughtfully to its challenging environment. Located on the edge of a volcanic crater, the project features a geodesic dome that appears to float effortlessly above the landscape. This structure serves as a space for observation, inviting visitors to take in the impressive scenery while ensuring functionality and a connection to the surrounding nature.

Geometric Structure

The design utilizes a geodesic dome made up of triangular panels, which enhance both strength and visual appeal. These lightweight panels are intended for prefabrication, simplifying the construction process in a remote location. Their arrangement not only provides stability to the dome but also creates interesting plays of light and shadow, allowing the structure to resonate with the volcanic terrain that surrounds it.

Sustainability Features

At the base of the dome, a wind turbine harnesses the power of the winds that move up the slopes of the crater. This feature captures renewable energy, with the turbine linked to a small battery system that provides electricity for the dome. Openings in the outer surface are strategically placed to funnel the wind, maximizing energy capture and maintaining the efficiency of the structure.

Visual Connectivity

The design incorporates large windows that give visitors a 360-degree view, immersing them in the landscape. Smaller windows in the dome's ceiling reflect light through deep, narrow sills, which are designed to mimic kaleidoscopes. This design element enhances the interior atmosphere while strengthening the connection between people and the vibrant natural setting, especially during evenings when the northern lights are visible.

The careful consideration of the geodesic dome’s shape in relation to the volcanic landscape emphasizes a practical approach to architecture. The reflective features within the dome enrich the visual experience, inviting visitors to appreciate both the built environment and the beauty of nature.