Colony

Roots System —Formal Evolution Study
1:20 Scaled Structural Prototype

Overview

Colony is a formal and structural exploration derived from the Roots System.

Developed as a 1:20 scale prototype and 3D printed as a single PETG piece, the study investigates aggregation logic, fixation strategy, and grounded load behavior within a modular luminous framework.

While the Roots System examines branching structures anchored to the ground, Colony shifts toward clustered growth — exploring how modular units can accumulate into a tectonic volume rather than extend as linear networks.

Research Focus

This study explores:

• Aggregative structural behavior

• Alternative ground fixation strategy

• Load distribution within clustered formations

• Transition from branching logic to volumetric accumulation

By modifying the anchoring system, the geometry reorganizes itself — producing density through proximity rather than extension.

Prototype Development

The 1:20 monolithic PETG print was developed to evaluate:

• Node continuity and geometric cohesion

• Structural stiffness at clustered intersections

• Surface transitions between modular units

• Spatial permeability within dense formations

The physical prototype validates the feasibility of scaling the system for architectural applications.

Structural Evolution within Roots

Radiolaria → Biological reference
Roots → Grounded branching system
Colony → Aggregated tectonic formation

Colony marks the transition from biomorphic translation to structural autonomy — where form emerges from system behavior rather than natural analogy.

Potential Applications

The system is scalable for:

• Grounded exterior installations

• Pavilion-scale structures

• Landscape-integrated light architectures

• Monumental clustered compositions

Status

Scaled structural prototype completed.
System validated for architectural development and large-scale implementation.