Clearance items - Up to 80%*
Online Exclusive - 10% off &Tradition with code AT10
Visit us in store for a wider selection of items not found online.
Designed by Charles Pollock
In 1982, the designer Charles Pollock created a real design classic: Penelope. The American designer developed for Castelli a revolutionary chair from a technical and formal point of view: a steel-wire sled base supports a seat permeable to air which consists in a steel-wire fence coated with synthetic resin. The elastic effect of the base is stressed by an integral polyurethane tube that acts as a shock-absorber. The armrest coverings are made of the same material providing additional comfort. With Penelope, Pollock translated into reality a new form of seat. That’s why this timeless classic still enjoys fame in today’s design world.
Variation
0
The Genoa seating collection , designed by the young Cesare Ehr , expands with the stool and chair versions with armrests, also in the outdoor variant . The characterizing element is the ‘one line’ backrest, obtained by the curvature of a single metal tube which – with its virtually infinite sinuous line, extended in this […]
Eight wedge form armchairs fit under the BIG LOW table: the ideal collection for those who want to make the most out of their space. The armchairs structure is made of solid okoume wood and the padding of a cell exploded draining rubber, which makes the water flow through the seat. The fabrics are made […]
$1,530.00
Isist Atelier manufactures and distributes the only authorized version of the iconic BKF chair designed in 1938, holding the exclusive license from the family of Antoni Bonet, faithfully reproducing the definitive edition under the name Bonet BKF ensuring the proportions and details of the original design. The 12mm solid rod frame is mechanically assembled and […]
The chair, inspired by a model from 1930 by Josef Hoffmann, blends his interest in Art Nouveau and simple shapes with manufacturing processes applied in Bystrice pod Hostynem since 1861. The armchair is therefore more geometrical, but bears the clear features of the manual bending technique of TON.