Forli Sushi Restaurant Design

Forli Sushi Restaurant Design

A sushi restaurant concept focused on street-corner visibility and flexible seating combinations, suited to high-turnover dining.

“Design is not about filling space, but about leaving perceptible clarity between function, circulation and atmosphere.”

The Forli scheme treats street-corner legibility as its main external condition. A clearer entrance, quickly reconfigurable seating and highly visible interfaces make the restaurant better suited to frequent flows of guests.

Inside, a restrained material language keeps function and order in front, allowing the room to balance efficiency with a sense of pause.

Forli Sushi Restaurant Design
Forli Sushi Restaurant Design

Material and Operational Logic

  • Program

    Interior

    This interior project in Forli, Italy focuses on the relationship between arrival, service flow and the main stay areas.

  • Material

    Wood / Stone / Light

    Low-saturation material, continuous surfaces and maintainable construction details establish a stable commercial base.

  • Light

    Ambient

    Lighting is treated as a structural tool for circulation and atmosphere, avoiding decoration while strengthening the sense of stay.

Forli Sushi Restaurant Design
Forli Sushi Restaurant Design 4

A spatial narrative in the original image ratios

The image sequence keeps the source photo ratios wherever possible, so rooms, lighting relationships and circulation layers remain readable through continuous browsing.

Forli Sushi Restaurant Design 1

Forli Sushi Restaurant Design 1

Forli Sushi Restaurant Design 4

Forli Sushi Restaurant Design 4

Forli Sushi Restaurant Design 5

Forli Sushi Restaurant Design 5

Forli Sushi Restaurant Design 6

Forli Sushi Restaurant Design 6

Forli Sushi Restaurant Design 7

Forli Sushi Restaurant Design 7

Forli Sushi Restaurant Design 8

Forli Sushi Restaurant Design 8

Design Material and Immersive Review

Forli Sushi Restaurant Design
Plan / spatial reading
Forli Sushi Restaurant Design
Section / material atmosphere