Permanent Camping II by Casey Brown Architecture is a compact, off-grid cabin located in the rural landscape of Berry, New South Wales, Australia. The structure is designed as a minimalistic shelter that provides the essentials for living while maintaining a strong connection with the surrounding environment. With its strong focus on sustainability, durability, and a small ecological footprint, this project is a modern interpretation of traditional bush architecture.
General Layout
The building has a straightforward and compact layout, structured as a single-room rectangular tower. The interior serves multiple functions, accommodating a bedroom, a small fireplace, and basic cooking amenities. The bathroom is on the lower level, and the building is on a timber deck, creating an additional outdoor living area. The simplicity of the layout allows for efficient use of space while promoting a deep connection to the outdoors.
Facade & Materials
The structure is clad entirely in copper, a material chosen for its durability and ability to age gracefully, developing a patina that blends with the natural landscape over time. The cabin's walls are designed to open up, with a retractable roof and large shutters that can close the structure when not in use or open it to the surrounding environment. The copper-clad facade contrasts with the natural timber used in the decking and interior, balancing industrial materials and natural finishes.
Sustainability & Innovation
Permanent Camping II is entirely off-grid, powered by solar energy, and equipped with a rainwater collection system. Its compact size reduces energy consumption and environmental impact, while using durable materials like copper minimizes long-term maintenance. The structure's ability to transform—through the retractable roof and opening facade—demonstrates innovation in adaptive design, allowing users to control their interaction with the environment and manage energy use efficiently.
Conclusion
Permanent Camping II showcases efficient use of space, material resilience, and off-grid functionality. Its prefabricated design and copper facade ensure longevity and minimal environmental impact. However, what truly sets it apart is its adaptability, offering flexibility in different weather conditions. This project effectively demonstrates a synthesis of modern construction techniques with environmental awareness, providing a blueprint for future off-grid architectural endeavors.
Photos from archdaily.com
