top of page

Concrete Armored Units



In our ongoing exploration of modularity and the profound relationship between structure and space, we now turn our focus to the intricate assembly of concrete armor units—elements not traditionally seen as habitable but essential in shaping the resilience of our coastal environments. These units, from the robust Xbloc to the uniquely designed Tetrapod, are meticulously engineered to safeguard port and coastal structures against the relentless forces of nature.


Yet, beyond their functional role, lies a fascinating study of connection and void. Much like our previous investigations into modular habitats, the assembly of these units reveals an intricate dance between solid mass and the spaces they create. Each type, whether it be the Accropode with its interlocking precision or the Grooved Cube's dynamic central void, contributes to a complex structural matrix where the voids are as crucial as the units themselves.


By examining these forms through the lens of architectural design, we uncover a new dimension in our understanding of structural integrity. The interplay of these non-habitable units challenges our perception of space and form, inviting us to consider how such configurations might inspire future architectural innovations.


Join us as we delve into this unique intersection of engineering and design, where even the most utilitarian structures hold the potential to redefine our approach to modularity, connection, and space.


Let us know in the comments below! 👇


1 view0 comments

Comments


bottom of page