Ex-Display (Wimbledon Store) Apollo pendant - Black ink & aluminium / 79cm
ONE ONLY. This item is COLLECTION ONLY from our Wimbledon showroom. To discuss anything regarding this product or delivery options please email [email protected]
Apollo is a pendant with very high sense of material presence. The assemble of conical shapes that balance on top of each other like spinning gyros, emphasise the downward force in a pendant lamp and create both dynamic and static expression.
Machine-turned from a solid piece of brass or aluminium, these shapes show not just a beautiful raw metal surface but also alludes to mass and weight.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Ex-Display (Wimbledon Store) Apollo pendant - Black ink & aluminium / 79cm
Ex-Display (Wimbledon Store) Apollo pendant - Black ink & aluminium / 79cm
ONE ONLY. This item is COLLECTION ONLY from our Wimbledon showroom. To discuss anything regarding this product or delivery options please email [email protected]
Apollo is a pendant with very high sense of material presence. The assemble of conical shapes that balance on top of each other like spinning gyros, emphasise the downward force in a pendant lamp and create both dynamic and static expression.
Machine-turned from a solid piece of brass or aluminium, these shapes show not just a beautiful raw metal surface but also alludes to mass and weight.
Original: $500.43
-70%$500.43
$150.13Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
ONE ONLY. This item is COLLECTION ONLY from our Wimbledon showroom. To discuss anything regarding this product or delivery options please email [email protected]
Apollo is a pendant with very high sense of material presence. The assemble of conical shapes that balance on top of each other like spinning gyros, emphasise the downward force in a pendant lamp and create both dynamic and static expression.
Machine-turned from a solid piece of brass or aluminium, these shapes show not just a beautiful raw metal surface but also alludes to mass and weight.
