SuperCube Structures investigates assemblies that combine multiple SuperCube elements, testing how different cluster types interconnect to create spatial configurations beyond individual building blocks.
Triangular, pentagonal, and ring formations share central units and create unified systems. Each combination tests which connection methods produce stable assemblies and how different base forms interact when integrated into single structures.
Principles for combining varied SuperCube clusters emerge from the study: freeform assemblies arrange elements strategically and generate geometric configurations while maintaining the interlocking logic. The range of possible forms grows when multiple building block types operate together.
Photography: Phillip C. Reiner
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