Zenith

Lead Designers Daniel Castro

Entry Description

Zenith’s design is a sophisticated fusion of form, movement, and light. It features 31 triangular elements, each precisely shaped and aligned, stacked vertically along a central axis. This axis, composed of a sleek acrylic tube, serves as both the structural core and a housing for warm white lighting. The minimalistic geometric structure of the triangular components creates a striking visual appeal, blending sharp angles with dynamic motion.

The kinetic aspect is central to its concept: when movement is detected nearby, the triangular layers begin to rotate in sequence, opening gradually like petals. This controlled, fluid motion reveals the indirect lighting hidden within the acrylic core, casting soft, warm light into the surrounding space. The interplay between shadow and light, paired with the rotation of its elements, offers an engaging and ever-changing aesthetic, making Zenith not just a lighting piece but a dynamic sculptural installation.

This combination of parametric design, kinetic movement, and elegant lighting results in a luminaire that feels alive and responsive to its environment, transforming the ambiance of any space.

Sustainability Approach

Zenith’s fabrication process is highly sustainable due to its use of 3D printing. This method minimizes material waste by building each component layer by layer, using only the required amount of material. Additionally, 3D printing allows for the use of eco-friendly materials like biodegradable or recycled plastics, further reducing environmental impact.

By producing Zenith on demand, excess inventory and waste are avoided, while its parametric design optimizes material usage, creating a lightweight yet sturdy structure. Localized production cuts down on transportation emissions, and the energy-efficient nature of 3D printing reduces the overall carbon footprint. Zenith’s modular design also enables easy replacement of parts, extending its lifespan and aligning with circular economy principles.