Revolver | Stool

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Cad Block

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About this Cad block

Brand:
Hay
Link:
Designed by:
Leon Ransmeier

Revolver Stool is designed by Leon Ransmeier for HAY as the companion seating piece to the Revolver High Table — a stool whose rotating seat applies the same mechanism principle as the table to the seating format itself. The seat rotates freely on the stool base, allowing the sitter to turn and reorient themselves without physically lifting or repositioning the stool — a functional quality particularly valuable in counter, bar, and social settings where interaction with people and spaces in different directions is a natural and frequent part of how the stool is used throughout a meal or a working session.

The Revolver Stool's clean, considered form integrates the rotating seat mechanism without compromising formal simplicity or adding visual mechanical complexity to the stool's overall design. The seat spins smoothly and securely, and the mechanism is resolved within the stool's design in a way that feels entirely natural and intuitive rather than mechanical or device-like. Ransmeier's industrial design precision is evident both in the quality of the rotation mechanism and in the stool's overall proportional resolution and finish quality. The Revolver Stool's rotating seat mechanism is a practical functional improvement over fixed-seat bar stools in any social counter setting. Available in HAY's material and finish range, the stool coordinates directly with the Revolver High Table.

The Revolver Stool is well suited to residential kitchen bar and counter settings, café and restaurant bar environments, and any hospitality or informal dining setting where a rotating-seat stool of clean design quality and functional intelligence is required. Its pairing with the Revolver High Table creates a coherent and practically considered high-table seating arrangement, and the stool's rotating seat makes it a useful specification in social counter settings where the sitter's orientation naturally changes during use.

Available as a 2D DWG drawing and 3D model.

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