The 'Dew Spot' project introduces an architectural design focused on mobile hotel capsules situated in Iceland's distinctive landscape, particularly near Kiy Myvatn and the Herðubreið volcano. The project emphasizes sustainability and a close relationship with nature, promoting an immersive experience for guests through its unique form and functionality. Each capsule is designed to provide a seamless blend of comfort and environmental awareness while allowing occupants to engage with their surroundings.

Design Concept and Functionality

The core design of the Dew Spot relies on creating mobile observatories that enhance the tourist experience by integrating into the natural environment. The capsules exhibit a sleek, droplet-like shape that complements the local topography, minimizing visual impact. This architectural approach provides guests with panoramic views of the Icelandic landscape, particularly during spellbinding phenomena such as the Northern Lights.

The functionality of the capsules is facilitated through an innovative layout that maximizes interior space with multi-purpose furniture. The capsules are equipped with essential amenities to ensure guest comfort while prioritizing energy efficiency. The design includes natural ventilation systems and high-performance triple glazed windows for thermal regulation. These features contribute to the overall sustainability goals of the project, as they reduce reliance on conventional heating and cooling methods.

Materiality and Construction Techniques

Material selection within the Dew Spot project plays a significant role in achieving the desired ecological balance. The use of zinc-polished cladding serves not only as a weather-resistant exterior but also as a surface that reflects the nuanced colors of the landscape, creating a visual connection with the surroundings. This approach reduces the visual dominance often associated with traditional hotel structures.

The capsules incorporate a galvanized steel framework, ensuring structural durability while allowing for eventual recyclability. Additionally, clay is utilized within the wall systems to enhance the natural aesthetic and provide thermal mass, thus contributing to energy efficiency. Cross-laminated timber (CLT) is another key material that combines sustainability with aesthetic appeal, aligning with the project’s goal of minimal ecological disruption.

Unique Sustainability Practices

What sets the Dew Spot project apart is its holistic approach to sustainability. The mobility of the capsules not only allows for varied location experiences but also minimizes environmental impact, as they can be relocated to less sensitive areas when needed. Rainwater collection systems further emphasize the project’s commitment to ecological conservation by allowing for the reuse of natural resources.

The reliance on renewable energy sources such as geothermal heating and solar panels offers an operational model that serves as a reference for future developments in sustainable architecture. The integration of adaptive technologies, including efficient lighting solutions, reinforces the project’s purpose: to provide a modern yet environmentally conscious hospitality experience.

For further examination of the Dew Spot project, including architectural plans, sections, and intricate design details, readers are encouraged to explore the presentation for a comprehensive understanding of the architectural ideas and how they manifest in this innovative design.