Swing to the Music by Stanford Chanakira, Opal Stone, Unique, 178cm high, 67cm wide, 30cm deep,
Swing to the Music by Stanford Chanakira is a striking Shona stone sculpture. Carved from one piece of lustrous opal stone, this unique artwork stands 178 cm high, 67 cm wide, and 30 cm deep, showcasing Chanakira’s mastery of form and movement. Its abstract, twisting, and curling shape evokes the fluidity of music. The shape reminiscent of a musical clef, capturing rhythm and harmony in solid stone. Perfect for collectors of African art and contemporary sculptures, this piece celebrates the rich heritage of Shona stone carving while bringing dynamic energy and elegance to any space.
This sculpture is ideal for music lovers and interior design enthusiasts who wish to add a sense of rhythm and creativity to their environment. Its elegant yet bold form makes it a standout feature in any space. Such as living rooms, music studios, concert halls, offices, gallery spaces, and luxury hotel lobbies, where it can be admired from multiple angles. “Swing to the Music” not only complements modern and contemporary interiors but also serves as an inspiring focal point for those passionate about the harmony of art and music.
Delivery & Installation
The Sculpture Park will be in contact after purchase to arrange a delivery date. Delivery will require at least 2 people, which will be provided by The Sculpture Park wherever possible. We can provide an installation service upon request, email Sian at sian@thesculpturepark.com to discuss details. Delivery and installation will be provided by The Sculpture Park for mainland Great Britain, excluding the Channel Islands, Scottish Highlands and Republic of Ireland. A mainland courier company will handle any onward shipping.
We can provide a suitable sculpture plinth for an extra charge, please enquire for details. Experienced professionals handle all our sculptures, ensuring safe delivery and proper installation.
This piece is currently available for viewing at the park. Additional images, videos, measurements, and details can be provided upon request.
