Marset's Domus Collection: Asymmetrical Aluminum and Steel Outdoor Bollards by Joan Gaspar

Joan Gaspar · · 1 min read · Arts & Design

Read research and analysis on Marset's Domus Collection: Asymmetrical Aluminum and Steel Outdoor Bollards by Joan Gaspar published by ICANEWS, a global research journal for emerging researchers.

Key Takeaways

  • The Domus collection consists of asymmetrical aluminum and steel bollards.
  • Light is projected through an angular opening in the bollards.
  • The design is informed by the appearance of internally illuminated houses.

Why This Matters

The Domus collection introduces an outdoor lighting design that draws inspiration from architectural forms, specifically internally lit houses, utilizing asymmetrical elements and specific material choices for its function.

Overview

The Domus outdoor lighting collection, designed by Joan Gaspar for the Spanish brand Marset, comprises a series of outdoor light fixtures. The collection's design is specifically informed by the appearance of internally illuminated houses. It utilizes asymmetrical forms and specific materials for its construction.

Approach

The design approach for the Domus collection centered on architectural inspiration, specifically the visual effect of light emanating from the interior of houses. This concept guided the development of the collection's form and light projection method. The designer, Joan Gaspar, described the collection as an 'architectural design with linear forms' where the 'upper part creating a unique asymmetrical' characteristic.

Findings

  • The Domus collection consists of bollards.
  • These bollards are constructed from aluminum and steel.
  • A key design feature is their asymmetrical configuration.
  • Light is projected through an angular opening in the bollards.
  • The collection's aesthetic is inspired by the appearance of internally illuminated houses.
  • Designer Joan Gaspar characterized the design as 'architectural' with 'linear forms'.
  • The upper section of the bollards specifically contributes to their 'unique asymmetrical' appearance.

Research Information

Institution
Marset
Lead Researcher
Joan Gaspar
Original Study
View Publication
Source
Dezeen

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