Aerith Gainsborough Figure, Resin Statue, Hand Painted, 17.7 cm (6.97 in)

Aerith Gainsborough figure is a high-detail 3D printed collectible made for figure collectors, hobby painters, character fans, and display shelf setups.

This Final Fantasy VII Remake resin statue captures Aerith in a seated pose with her red dress, flowing hair, soft floral details, and the included base. Sized at 17.7 cm (6.97 in), it presents her calm elegance as a graceful display piece for shelves, desks, and gaming room decor.

Available as an unpainted resin garage kit or a fully hand-painted display statue, it is made for collectors who want a detailed, character-focused centerpiece.

US Customers – DDP Shipping

For customers in the United States, DDP shipping is covered by us. Where applicable, shipping, customs duties, import taxes, and delivery-related fees are included, so you will not face unexpected import charges at delivery.

About the Listing Photos

Listing photos include high-resolution design renders. For hand-painted orders, photos of your actual finished piece are shared with you before shipment so you can review it first.

Made to Order and Processing Time

This item is made to order. The estimated preparation time is approximately three weeks; during busy periods, processing may take up to four weeks. If you are ordering for a special occasion, please contact us before placing your order so we can confirm your timeline.

Finish Options — please select before checkout:

Made for Collectors

This is a collectible resin statue intended for display, painting, and collection purposes. It is not a toy and should be handled carefully, as resin parts can be delicate around thin or detailed areas such as fingers, hair strands, capes, weapons, and other small sculpted parts.

Custom Scale or Size

If you would like this statue in a different scale or custom size, please contact us before ordering. Changing the scale may affect dimensions, part count, preparation time, and shipping cost.

Material

High-detail resin figure produced using high-resolution 3D printing with 30-micron layers.