The Crystal Cabin is designed for modern survivalists, situated in a setting that echoes the uncertainties of a post-apocalyptic world. It functions as a compact, self-sufficient home that blends practicality with a sense of comfort. The overall design concept emphasizes security, adaptability, and sustainable living, addressing the requirements of people looking for refuge in a challenging environment.

Materials and Transparency

Laminated glass is used for the walls, allowing natural light to fill the interior while maintaining safety. This choice creates a connection between the inside and outside, helping residents feel aware of their surroundings while remaining protected. Full-height glass doors enhance accessibility and provide easy movement between the living spaces and the deck.



Sustainability Features

The design includes an expansive deck equipped with a metal grate that collects rainwater. This feature exemplifies a focus on resource management, allowing residents to make functional use of natural elements. The inclusion of a hydroponic garden within the cabin supports food production on-site, making it easier to sustain daily needs without relying heavily on outside supplies.



Safety and Durability

Safety is a primary concern in the cabin's design. Teflon-coated exterior panels protect against environmental threats such as falling debris. This robust feature ensures the structure remains solid and secure. Heavy-duty stainless steel forms the main structure, offering long-lasting protection against various conditions.



Functional Organization

Inside, the layout is organized to maximize space and efficiency. Ample storage solutions help keep everything in order, even in a compact environment. This design consideration combines comfort with practicality, resulting in a livable space despite size limitations. Climate control systems are incorporated to manage temperature, ensuring a pleasant atmosphere in different weather conditions.

A key detail is the articulated base designed to provide stability on various terrains. This function enhances the structure's versatility and makes it suitable for unpredictable living situations.