Rapid prototyping to technical precision.
Translating early conceptual iterations into rigorous engineering specifications ensures that the final design balances innovative form with the structural reliability required for high-traffic transit environments.
Iterating on a
freestanding modular base.
This freestanding design utilizes independent triangular legs to fit various pillar types without structural attachment, offering high versatility across different station layouts.
Navigating manufacturing costs
and structural imbalance.
The specialized leg geometry increases manufacturing costs and creates a structural imbalance that compromises the stability required for heavy transit use.
Simplified production, reinforced durability.
Redesigned with square profile tubes for manufacturing efficiency and durability, the top section is pressed into a flattened rectangular profile to provide a robust and seamless mounting interface.
Modular stability through integrated hardware.
Comprising just 20 components and requiring only a wrench for installation, the Petal system utilizes intuitive joints and minimal connection points to ensure rapid assembly and efficient maintenance.
Secure stackability, streamlined logistics.
Petal’s stackable architecture utilizes a dedicated connector to secure units, optimizing transport efficiency and reducing the shipping footprint.
