Dc 3 Stool

About Dc 3 Stool

DC 3 is a backless chair inspired by the DC 3 aircraft, a twin-engine monoplane. Seen from the side, the sculptural form recalls the structural ribs of the aircraft wing. The piece is made of plywood boards shaped by precision CNC cutting, which limits material waste. The visible edges of each layer create a structural support that also works as a visual detail. All materials are certified and non-toxic, and the glue and the varnish are water based. The design can be used as seating, a footrest, a side table or a decorative object.

Within the contemporary discourse surrounding sustainable design and material innovation, Sergio Fahrer's DC 3 Stool emerges as a compelling meditation on the expressive potential of laminated wood construction. The work participates in a venerable tradition extending from the steam-bent experiments of Michael Thonet through the organic modernism of Alvar Aalto, yet introduces distinctly contemporary sensibilities through its parametric formal language and refined structural logic. The designer demonstrates exceptional command of his chosen medium, exploiting the inherent flexibility of thin plywood laminations to achieve curves that would prove impossible in solid timber, while the exposed edge treatments celebrate rather than conceal the construction methodology. Each ribbed undulation serves dual purposes, providing both structural depth through increased moment of inertia and visual rhythm that transforms functional necessity into aesthetic virtue. The Z-form silhouette resolves the considerable engineering challenge of cantilevered seating through elegant geometry rather than hidden reinforcement, inviting contemplation of how material, form, and function achieve harmonious integration. The chromatic warmth of the birch against its architectural setting suggests a dialogue between natural and mineral worlds, organic growth patterns meeting geological permanence. This presentation of two variations encourages comparative study, revealing how subtle shifts in edge treatment and tonal emphasis create distinct personalities within a unified formal vocabulary. The work invites consideration of how traditional craft knowledge might synthesize with contemporary computational approaches, and whether the poetry of material transformation can address both functional requirements and deeper human desires for objects that embody care, intelligence, and beauty in equal measure.