Description
Description
Introducing the Tapioca Assassination Classroom Nagisa Shiota Cape Plush Figure, a delightful and cuddly rendition of Nagisa Shiota from the popular anime series. Its soft, layered cape design gives this collectible a charming aesthetic, perfect for desks, shelves, or display cabinets. The detachable cape allows for versatile presentation, letting you showcase it in either its standard uniform or caped appearance.
This charming plush toy is an excellent selection for anime enthusiasts seeking an expressive yet easily displayable collectible. Its modest dimensions ensure effortless placement in compact areas, while the polyester construction provides a gentle, plush texture. It serves as a wonderful present for Assassination Classroom devotees, character merchandise accumulators, and anyone fond of adorable anime items.
Details
• Product Material: Polyester, iron
• Manufacturer: Tapioca
• Made in: China
Features
Officially inspired by the popular Assassination Classroom anime series
Showcases Nagisa Shiota as a soft, cuddly plush figure
Detachable cape offers two distinct presentation options
Modest dimensions make it simple to position on shelves, desks, or within collections
Constructed from polyester and iron for a soft, intricate finish
Suitable for individuals aged 15 and above
How to use
Carefully take the plush figure from its packaging; you can then attach or remove the cape to alter its style as preferred. Exhibit it on a shelf, desk, or as part of a character collection, or employ it as a decorative accent for an anime-themed space. Ensure it is kept out of reach of young children below the suggested age, and handle it gently to preserve its form.
Care instructions
Gently spot clean with a soft cloth as required. Store the plush in a dry environment, shielded from direct sunlight, excessive heat, and dampness. Refrain from machine washing, bleaching, or using abrasive chemicals to safeguard the material and structure. For extended storage, place it in a clean bag or container to deter dust accumulation.
