The RIPIT Sparkling Snake grip is part of the RIPIT Art Series, where artists are given complete creative freedom to transform a golf grip into a moving canvas. No guidelines, no restrictions - just pure visual expression wrapped around performance equipment. For this release, Japanese artist Nori Okawa brings her distinctive style to the game. Known for bold line work, vibrant colour palettes and imaginative characters, Okawa’s artwork often blends elements of fantasy, nature and motion. Her work has developed a strong following across the global art community for its playful energy and intricate detail. The Sparkling Snake design captures the moment a golf ball transforms into a serpent mid-flight, twisting through space with sparkling trails that represent the many possible shot paths in the game. The artwork celebrates the beauty of ball flight and the creativity golfers bring to every swing. While the visuals tell the story, the grip itself is built for performance. Available in Undersized and Standard+ sizing, the grip allows players to choose the diameter that best suits their hands and preferred feel. The Standard+ profile provides a slightly wider diameter than traditional standard grips to promote relaxed grip pressure, while the Undersized option offers a lighter feel for smaller hands. Constructed from a high percentage natural rubber compound blended with synthetic materials and performance additives, Sparkling Snake delivers reliable traction, durability and weather resistance in changing playing conditions. A grip where art, imagination and performance meet on the course. Features Part of the RIPIT Art Series Artwork created by Nori Okawa (@nori_okawa) Available in Undersized and Standard+ sizing Natural rubber compound for durability and traction Weather resistant construction for consistent performance Core 60 Round (0.600") Weight Standard+ - 57 g Undersized - 48 g Colours Burnt Cream, Aqua, Black Size Standard+ Undersized Midsize Adjustment Add 2-3 wraps of tape under Standard+ during installation to achieve a midsize diameter.
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