Structure & Frame :

The Lyz dining armchair utilizes the same architectural foundation as the side chair, featuring a structure in solid ash wood. It is available with a fixed four-legged wooden base, an embossed metal four-star swivel base, or a central cone swivel base, providing multiple configurations for different interior needs.

Top & Materials :

The armchair is encased in fire-retardant polyurethane foam padding. Like the side chair, it can be specified with a solid ash wood detail visible at the base of the seat or in a fully upholstered version, providing a protective and enveloping seating experience.

Shelves & Storage :

This model is dedicated to superior ergonomic support for prolonged dining or meetings. The armrests emerge as a natural extension of the structure, maintaining a clean profile while the solid ash base detail (where selected) provides a tactile, handcrafted signature to the piece.


Design & Aesthetic :

Designed by Mario Ferrarini, the 918/P model emphasizes the collection's core theme of material interaction. The dialogue between the wooden legs and the tailored upholstery creates a sense of "mutual relationship" where each material enhances the visual and tactile quality of the other.

Functionality & Placement :

Ideal for high-end dining, executive offices, or luxury hospitality, this armchair offers a more authoritative presence. The optional swivel mechanisms and various metal base finishes (Aval or black) allow it to adapt to modern professional environments as well as traditional residential settings.


Finishes & Customization :

Customization options are vast: the ash wood structure is available in various stains (such as Biscuit, Carbon, or Wengé), and the upholstered shell can be finished in a wide selection of fabrics, leathers, or faux leathers from the Potocco catalog.

Dimensions & Configuration :

Model 918/P features a width of 58 cm, a depth of 61.5 cm, and a total height of 82 cm. It coordinates perfectly with the armless 918 model, allowing designers to mix and match seating types within the same project using a unified design language.