Good Smile Company Eriri Spencer Sawamura Swimsuit Ver. 1/7 Scale Figure NEW
Save 7%
Original price
$136.56
Original price
$136.56
-
Original price
$136.56
Original price
$136.56
Current price
$127.08
$127.08
-
$127.08
Current price
$127.08
Scale:1/7
Material:PVC , ABS
Height: approx 100mm.
Original: Saekano: How to Raise a Boring Girlfriend
From the popular anime series Saekano: How to Raise a Boring Girlfriend â™ comes a 1/7th scale figure of the up-and-coming doujinshi illustrator Eriri Spencer Sawamura wearing a swimsuit! The figure is the second in a series of figures based on original illustrations by Kurehito Misaki, each featuring the Saekano girls wearing their swimsuits.
Misaki's delicate touch and unique coloring have been carefully preserved on the figure, while also capturing the slender and soft appearance of Eriri's body with intricate sculptwork and paintwork. The top of the floating tube makes use of translucent parts allowing you to get a peek at her body through the tube as well.
*Please note that photos shown may differ from the final product.
*Paintwork is done partially by hand and therefore each product may differ slightly.
Material:PVC , ABS
Height: approx 100mm.
Original: Saekano: How to Raise a Boring Girlfriend
From the popular anime series Saekano: How to Raise a Boring Girlfriend â™ comes a 1/7th scale figure of the up-and-coming doujinshi illustrator Eriri Spencer Sawamura wearing a swimsuit! The figure is the second in a series of figures based on original illustrations by Kurehito Misaki, each featuring the Saekano girls wearing their swimsuits.
Misaki's delicate touch and unique coloring have been carefully preserved on the figure, while also capturing the slender and soft appearance of Eriri's body with intricate sculptwork and paintwork. The top of the floating tube makes use of translucent parts allowing you to get a peek at her body through the tube as well.
*Please note that photos shown may differ from the final product.
*Paintwork is done partially by hand and therefore each product may differ slightly.