Yves
Modular sofa system by Hannes Peer in linear, wave, bend and inclined forms, 248 to 326 cm wide.
2480 × 820 × 1130 mm
Source: technical drawing image — Yves Linear Sofa 248 cm — published as W 248 × D 113 × H 82 cm
Description
Overview
Yves is the sofa system of Hannes Peer's Yves collection for Minotti. Its Technical Features list linear, wave, bend and inclined sofas from 248 to 326 cm wide, with low-arm and mix versions of several of them, daybeds, elements with one armrest, open-end and central elements, couches, chaise longues and ottomans.

Construction
Seats come with a cushion or as a single piece. The backrest cushions are channelled goose down with a polyurethane insert encased in a temperature-sensitive material. Backrests and armrests lift from the base once the feet are removed, and a headrest in plywood and foam is optional. Yves Suite is a version with a concave seat structure and a steel pocket spring insert in the seat cushion.
Specifications
Yves linear sofa 248 cm: 248 cm wide, 113 cm deep and 82 cm high. On request, and at a surcharge, the standard feet give way to feet 10.5 cm high, which is 4 cm above standard.
Story
Two types of seat
Minotti says the dynamic compositions of Yves offer two types of seat: one with a cushion, of a more traditional character, and one with a single-piece seat, which gives Yves a more contemporary look.
Compositions
The Technical Features run from the 248 cm linear sofa to wave, bend and inclined forms, and they name round ottomans of 104, 84 and 64 cm diameter. Yves Suite adds a concave seat structure with a steel pocket spring insert in the seat cushion, and an optional headrest can be fitted.
More by Hannes Peer

Blaine
A sculptural dining table balancing curved cast-aluminium supports with broad tops.

Elyne
Hannes Peer's Elyne armchair for Minotti, a thin curved tubular frame under generous volumes

Elyne Bench
Bench with a steel wire frame, a woven paper cord seat and a soft cushion, 58 x 53 x 42 cm

Elyne Stool
Elyne stool by Hannes Peer in three heights, on a tubular metal structure


