Description
Description
Discover the MegaHouse Rukapu Attack on Titan PVC Resin 4.3 Inch Figure, an exceptional collectible from the acclaimed ‘Rukapu’ figure line. Featuring the character Aluminum Alret, this piece is recognized for its unique ‘look up’ stance, which boosts its prominence when placed on a desk, unlike conventional figures. Expertly created by MegaHouse, a leading producer, this figure distinguishes itself with an articulated neck, enabling enthusiasts to appreciate varied expressions, thereby enriching your display.
Complementing the concurrently launched Ellen Yager Muttto Version, this figurine broadens your Attack on Titan universe through its intricate detailing and lively multicolor coating. Constructed from premium polyvinyl chloride with a lustrous sheen, this 4.3-inch collectible is ideal for both enthusiasts and collectors, emphasizing the spirit of anime and the Survey Corps.
Details
• Specifications:
Officially licensed Attack on Titan The Final Season merchandise
Constructed from PVC resin
Figure dimensions: 4.3 inches (11 cm)
Articulated neck for modifying expressions
High-gloss surface
Comes pre-painted
Requires no batteries
• Item dimensions: 7 x 7 x 11 cm
• Condition: Brand New
• Product Material: Polyvinyl Chloride
• Manufacturer: MegaHouse
• Recommended Age: 15+
• Country of origin: China
Features
Intricately crafted 4.3-inch Aluminum Alret figurine from Attack on Titan
Articulated neck enabling varied facial expressions
Lustrous multicolor coating faithfully reproducing character specifics
Fabricated from robust polyvinyl chloride resin
Perfect for showcasing on desktops and shelving units
Care instructions
To preserve your figure’s quality, delicately wipe with a soft, dry cloth to eliminate dust, steering clear of water or abrasive chemicals that could harm the paint or material. Exhibit the figure out of direct sunlight to avert color degradation and keep it in a dust-free setting when not being showcased. Handle gingerly to prevent damage to fragile components and refrain from applying undue force when manipulating articulated joints.
