Proginal lithographic print from the "The Flying Colors Collection 1975" created by Alexander Calder with Frame
Proginal lithographic print from the "The Flying Colors Collection 1975" created by Alexander Calder for Braniff Airlines.
Proginal lithographic print from the "The Flying Colors Collection 1975" created by Alexander Calder with Frame
Proginal lithographic print from the "The Flying Colors Collection 1975" created by Alexander Calder for Braniff Airlines.

Beastie

By Alexander Calder

Original Lithograph in black frame
Dimensions: 64 x 49 cm | Framed: 90 x 75 cm

€1.500,00
1 in stock
Minus Plus
More details Right
Title of work: Beastie
Year: 1974
Artist: Alexander Calder
Medium: Original lithographic print from the "The Flying Colors Collection 1975" created by Alexander Calder for Braniff Airlines.
Dimensions: 64 x 49 cm | Framed: 90 x 75 cm - Plate signed and stamped with the seal of Braniff at the bottom.
Edition: This is a non-editioned multiple.
Giftbox packaging option: Available at checkout.
Return & Refund Policy

Our goal is to offer full satisfaction regarding the Customer’s experience with the website and services. If you are not satisfied with the order, you can arrange for a return and refund or even an exchange. You may find all the details about return and refund procedures here.

Shipping Info

We offer a selection of delivery methods during check-out, while delivery costs are calculated according to the purchased items and place of delivery. You may find all the details about shipping procedures here.

About the Artist

Alexander Calder

Alexander Calder, (1898 - 1976) known to many as ‘Sandy’, was an American sculptor from Pennsylvania. He was the son of well-known sculptor Alexander Stirling Calder, and his grandfather and mother were also successful artists. Alexander Calder is known for inventing wire sculptures and the mobile, a type of kinetic art that relied on careful weighting to achieve balance and suspension in the air. Initially, Calder used motors to make his works move, but soon abandoned this method and began using air currents alone.

Read More