Hoshimachi Suisei Cotton T-Shirt Full Set Box
Unbox a special collection dedicated to the stellar VTuber with the Suisei Hoshimachi Full Set Box. Packaged inside a custom-designed storage box, this collection includes a 100% cotton T-shirt featuring artwork by illustrator Mika Pikazo, a letter from Sui-chan, a Studio STELLAR 3D acrylic keyholder, an acrylic panel stand, and a sticker set housed in a slider case.
Suisei Hoshimachi is a virtual singer from Hololive under COVER Corporation, celebrated worldwide for her vocal talent and stage presence. This official merchandise set lets you bring a piece of her creative world into your wardrobe and display shelf.
The Free Size T-shirt measures 70.5cm in length, 55cm in body width, 48cm across the shoulders, and 22cm along the sleeve. The acrylic panel stand stands 106mm tall once assembled, and the sticker set arrives in a 140 x 120mm slider case. The whole collection ships inside a sturdy paper and PP storage box measuring 325 x 225 x 78mm.
Please note this box does not include the FC-limited Suisei Hoshimachi T-shirt, which is sold separately. All items are brand new and unopened.
Hoshimachi Suisei Full Set Box, illustrated by Mika Pikazo. This special box includes a Hoshimachi Suisei T-shirt, sticker set, acrylic panel stand, Studio STELLAR 3D keyholder, and a letter from Suichan. The Hoshimachi Suisei fan club exclusive T-shirt is not included.
The box is made of paper and PP, with a PVC stopper. The 100% cotton T-shirt is free size: length 70.5 cm, chest width 55 cm, shoulder width 48 cm, sleeve length 22 cm. The acrylic panel stand is acrylic, measuring H142 × W100 × D3 mm, with an assembled height of 106 mm. The sticker set packaging measures W140 × H120 mm; its slider case is made of LDPE/nylon fabric, PP/PE rail, and POM slider, while the stickers are PET, paper, and PP. The keyholder is acrylic.
Box size: W325 × D225 × H78 mm. The T-shirt and acrylic panel stand are made in China; the sticker set is made in Japan. Product images are under development and may differ from the final product.
