3D Printed Hilda (Touko) Figurine From Generation V (5) Video Games Pokemon Black And White

Condition: New

Become the Champion of Unova — the ultimate addition to your Pokémon collection! 3D printed Hilda (Touko) figure, capturing the fierce determination and energetic spirit of the female protagonist from Pokémon Black and White in stunning detail.

​🧢 Design & Character
​This figure features Hilda in a dynamic, battle-ready pose, kneeling low with one hand balancing on the ground while confidently raising a Pokéball in her right hand. Her expressive face captures a determined, competitive smirk, reflecting her legendary drive to become the strongest trainer in the Unova region..

​ Size
​Approximate Dimensions: H12

​ Material & Finish
​3D printed in 0.12mm layer height for stunning details in high-quality PLA.
​Color: Warm Sand / Matte Cream.

​Ready for painting: An ideal blank canvas for hobbyists wanting to bring her classic color scheme to life, from her white and pink cap to her blue denim shorts.

​Surface: Features a matte finish that highlights every sculpted feature, from the fine strands of her ponytail to the details on the Pokéball.

​Visible layer lines typical of 3D printing may be present, enhancing the overall texture of the unpainted figure.

​ Perfect For
​Pokémon Black and White (Generation 5) video game and anime fans.
​Lovers of classic Nintendo characters and anime protagonists.
​Displaying on gaming desks, bookshelves, or PC setups next to your game collection.
​A unique gift for Pokémon trainers, hobby painters, and action figure collectors.
​Anyone who loves high-quality, dynamic anime figurines.

​ Delivery
​Shipping to Ireland: Small (up to 250g) €5.50 | Medium (up to 500g) €7.00 | Large (up to 2kg) €9.00
​Individual figures typically fit into a Medium packet. If purchasing the full set, they will be shipped as a Large parcel.

​ Note
​This is a decorative display piece and not an official licensed product. Handle with care. Due to the nature of 3D printing, minor surface imperfections or visible layer lines may be present.