Flora: Ergonomic Chess Set in White Oak and Walnut
Lucy Aboonour introduces Flora, a tactile chess set milled from American white oak and walnut with low-center-of-gravity weighting.
Stock photo for illustration only, not from the actual event
- Flora chess set by Lucy Aboonour is engineered for tactile recognition and pinch-grip play.
- Developed through four years of observational research in New York City parks and chess clubs.
- Crafted from American white oak and walnut with a low-center-of-gravity weighted base.
Industrial designer Lucy Aboonour has unveiled Flora, a distinctive chess set engineered specifically to be recognized, grasped, and maneuvered through the sense of touch rather than reliance on sight. The project stems from a four-year period of observational research conducted across various chess clubs and public parks in New York City. This extensive study aimed to resolve common ergonomic limitations found in contemporary minimalist chess sets, where artistic abstraction often hinders rapid piece identification and tactile handling during intense competitive matches.
The collection features six distinct piece typologies, each distinguished by a broad footprint, a tapered silhouette, and a weighted base featuring an intentionally lowered center of gravity to prevent accidental tipping. The profiles of the pieces incorporate convex curvatures precisely calibrated to accommodate a two-finger pinch grip, successfully distributing fingertip pressure to maintain hand stability during fast-paced gameplay.
Stock photo for illustration only, not from the actual event
Applying ergonomic principles and haptic feedback dynamics to traditional board games highlights a user-centric design philosophy that prioritizes functionality over pure visual aesthetics. By engineering a low center of gravity and wider footprints, the designer directly addresses practical challenges faced during fast competitive play. Furthermore, exploring how these grip dynamics perform in microgravity environments opens up intriguing possibilities for adapting tactile interfaces for future orbital space station applications.
Following iterative prototyping using recycled PLA and wood composites via 3D printing between 2021 and 2025, the definitive set was precision-milled from contrasting American white oak and American walnut. Beyond standard terrestrial gameplay, Aboonour's ergonomic research also investigates how haptic feedback, tactile recognition, and grip mechanics behave in microgravity settings, evaluating potential applications for hand-operated interfaces and instrument controls on orbital stations.
Source: designboom
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