benjamin hubert unveils app-controlled seating concept for airbus

the prototype comprises a lightweight perforated composite frame with a knitted, one-piece sling seat suspended over it. the seat cover is digitally knitted to form a smart textile with integrated conductive yarn which has zones of various density knit that offer different levels of support to the body. throughout the journey, the move seat automatically adjusts based on passenger weight, size, and movement to maintain optimal ergonomic comfort. this is made possible by passing current through the conductive yarn to vary the seat tension.

benjamin hubert’s design has a positive effect on the environmental impact of flying too. the lightweight, adaptable seat structure reduces the on-board weight of the aircraft, resulting in significant fuel savings and a greener approach. the smart textile seat cover is constructed from a polyester wool blend – for heat regulation, robustness, and tactility – with integrated conductive yarn. the frame is crafted from aircraft grade aluminium and carbon fibre. this construction allows a significant reduction in the use of traditional foams which add weight and are difficult to recycle.