The project Warded explores the concept of a “cabin of the future.” When considering future projections, it is difficult to estimate the exact needs and conditions; therefore, Warded is designed for flexibility. For its canopy structure, a traditional tile roof-like pattern is reimagined and interwoven further, like fabric, produced through laser cutting. A fractal tree, created with 3D printing, serves as its vertical/structural element, with a varying number of branches according to the size of the space. Finally, a terrain visualization from CNC illustrates the adaptability of this design across various landscapes.
Fab Tool 1: Laser Cutting
for the laser cutting part of our fabrication, a woven, fabric like surface is generated. through prototyping we arrived at the joinery of several components interlocked and braided with each other through a nylon thread, allowing for its stability as well as curve. our intention is to have a flexible surface that can curve and stretch.
References
Fabrication & Prototyping
Polypropylene 8mm / Braiding
The initial step in starting fabrication was understanding the material and constraints of the joinery method.
3 different prototypes were produced in trial phase
2 of which were improved in second phase of prototyping
1 was chosen as final geometry
The discontinued prototypes were limited in their growth and/or flexibility.
Laser Cutting Parameters
- Engraving:
- Speed: 3.5
- Power: 6
- Cutting:
- Speed: 3.5
- Power: 50
Final Product of Laser Cutting
Fab Tool 2: 3D Printing
the 3D printing part of our fabrication is used to create an anchor/column for the surface. the fractal like tree with its varying numbered branches allows us to accommodate different sizes of surfaces.
References
Fabrication & Prototyping
Fab Tool 3: CNC Milling
the CNC milling part of our design is used to create a platform for the canopy and its anchor. the base is produced with several holes to allow varying positions of the fractal tree therefore different curves resulted in the canopy.
References
Fabrication & Prototyping
Material Plywood 24mm
Machine Raptor CNC
Post Processor CNC_STEP_BCN Raptor
Workpiece Volume 400x350x24mm
Final Assembled Geometry
