"Glass Dancer Shelley" Round Microfiber Beach & Picnic Towel

Meet Shelley: the heart, soul, and official mascot of Rachel's Reptile Resource. Illustrated in her beloved glass-dancing belly pose—complete with tiny sticky toe pads, sweet curious gaze, and charming crests—this oversized round towel brings pure crested gecko joy to every sunny adventure.

Crafted from plush 540g heavyweight microfiber, this towel offers superior softness, rapid water absorption, and lightning-fast drying. At a spacious 150 cm (approx. 5 feet) in diameter, it gives you plenty of room to lounge comfortably by the pool, stretch out on the sand, or enjoy a cozy outdoor picnic. Finished with classic white fringe tassels along the outer hem, it’s a must-have statement piece for herp lovers, bioactive keepers, and proud pet parents everywhere.

Features & Highlights

• Our Signature Mascot, Shelley: Features our custom hand-illustrated crested gecko in her classic glass-climbing view against a soft cream backdrop.
• Ultra-Absorbent & Fast-Drying: Premium microfiber weave absorbs water quickly and dries up to three times faster than standard terrycloth cotton.
• Plush & Sand-Resistant: The smooth 540g fabric feels soft against your skin and effortlessly shakes off beach sand, grass clippings, and dirt.
• Boho White Fringe Tassels: Detailed with soft, high-quality white fringe tassels around the entire perimeter for a stylish, finished look.
• Multi-Use Lifestyle Essential: Ideal as a beach towel, poolside lounger, yoga mat cover, lawn picnic blanket, or decorative tapestry.

Specifications & Dimensions

• Diameter: 150 cm / ~59 inches (~5 feet across)
• Weight / Density: 540g plush heavyweight fabric
• Material: 100% High-density soft microfiber
• Edge Detail: 360° white decorative tassel fringe
• Dimensional Tolerance: ±2 cm

Care Instructions

• Machine wash cold on a gentle cycle with like colors.
• Hang to air dry or tumble dry on low heat to maintain fiber softness and fringe integrity.
• Avoid bleach and fabric softeners, which can coat microfiber fibers and reduce absorbency.