Claynel Umamusume Copano Rickey 1/7 Scale PVC ABS Display Figure

Presenting the Claynel Umamusume Copano Rickey 1/7 Scale PVC ABS Figure from the popular game Uma Musume Pretty Derby, vividly capturing the vibrant racer in her dynamic battle attire. Copano Rickey radiates energetic charm and a self-assured demeanor, ensuring this figure becomes a spirited focal point for any collection.

This exquisite design meticulously portrays her glistening eyes, cheerful visage, and the intricate elements of her ensemble, such as layered ruffles, ornamental touches, and a striking skirt shape. Expertly crafted by Claynel, with sculpting by Ecrie and further collaboration from Claynel, this pre-painted figure showcases outstanding color division, lustrous pearlescent finishes, and precise artistry from all perspectives.

• Specifications:

• Pre-painted figure
• 1/7 scale
• Non-articulated display figure
• PVC and ABS construction
• Includes base
• Licensed Uma Musume Pretty Derby character figure

• Item dimensions: 10 x 10 x 27 cm

• Condition: New

• Product Material: PVC/ABS

• Manufacturer: Claynel

• Release Date: 2027-02-28

• Recommended Age: 15+

• Country of origin: Japan

• Showcases Copano Rickey in her iconic battle attire from Uma Musume Pretty Derby
• Intricately sculpted, featuring layered ruffles, decorative elements, and a grand, flowing skirt
• Vibrant red, yellow, and white color palette creating a lively, dynamic appearance
• Lustrous blue highlights and precise paint transitions enhance its premium visual appeal
• Provided as a pre-painted 1/7 scale collector's figure, complete with a dedicated display base

Delicately remove dust using a soft, dry cloth or a gentle brush. Ensure the figure is kept away from direct sun exposure, excessive heat, and high moisture levels to maintain its colors and material integrity. Exercise caution with fragile components during positioning or upkeep, and ideally, keep it in a dust-protected display case. Refrain from applying water or abrasive cleaning agents to painted surfaces.