Our Dancing collection is guided by minimal-waste carving methods. Each chair or table leg is a single stock of timber, strategically cut and reconfigured to create fluid shapes without loss of material or structural integrity.

Our Dancing collection is guided by minimal-waste carving methods. Each chair or table leg is a single stock of timber, strategically cut and reconfigured to create fluid shapes without loss of material or structural integrity.

Our Dancing collection is guided by minimal-waste carving methods. Each chair or table leg is a single stock of timber, strategically cut and reconfigured to create fluid shapes without loss of material or structural integrity.

Description

Description

Our Dancing Stool draws inspiration from traditional barley twists. Made using our Baile motif, each stool leg is a single stock cut of wood, strategically cut and reconfigured to take a new sculptural form. The method ensures retained strength in the wood and minimal wood waste, resulting in organic, undulating twists.

Finishes

Finishes

(Pictured Finish)

(

Oak

)

(

Oak

)

(

Oak

)

London Plane

London Plane

London Plane

Black Walnut

Black Walnut

Black Walnut

Ebonised Oak

Ebonised Oak

Ebonised Oak

(Pictured Finish)

Prices From

Prices From

£1,050

(

£875 ex. VAT

)

Dimensions

Dimensions

Height

410 mm

Width

320 mm

Depth

320 mm

Process

Process

Our Dancing collection is guided by minimal-waste carving methods. Each chair or table leg is a single stock of timber, strategically cut and reconfigured to create fluid shapes without loss of material or structural integrity.

Our Dancing collection is guided by minimal-waste carving methods. Each chair or table leg is a single stock of timber, strategically cut and reconfigured to create fluid shapes without loss of material or structural integrity.

Our Dancing collection is guided by minimal-waste carving methods. Each chair or table leg is a single stock of timber, strategically cut and reconfigured to create fluid shapes without loss of material or structural integrity.