I will 3d plush toy modeling for your character


About this gig
Need your character turned into a detailed 3D soft-toy model?
I create custom 3D character models with soft fabric-inspired forms, cute proportions, clothing, accessories, facial details, and a polished collectible-toy appearance.
This service is suitable for:
- Kawaii and chibi characters
- Cute character dolls
- Stuffed-toy concepts
- Anime inspired characters
- Custom collectible characters
- Animal and mascot characters
- Original characters and game concepts
What I can create
- Custom character modeling
- Soft fabric inspired forms
- Clothing and accessories
- Facial and character details
- Material and texture treatment
- Product style renders
- Multiple views depending on your package
How it works
- Send your reference
- 3D development
- Review
- Final delivery
Please contact me before ordering if you need a specific file format, 3D printing requirements, animation ready topology, or manufacturing specification.
Let's turn your character into a beautiful 3D collectible.
Delivery style preference
Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.
Get to know mosey harper b
Custom Plush Toy Designer
- FromUnited Kingdom
- Member sinceDec 2024
- Last delivery1 year
Languages
English, Spanish, Dutch, French
My Portfolio
FAQ
Can you model my character from a 2D drawing?
Yes. You can provide a character illustration, concept art, sketch, or reference image and I can use it as the basis for the 3D model.
Do I need to have a finished character design?
No. A detailed reference is helpful, but I can also work from a concept with descriptions, colors, clothing ideas, and reference images.
Can you create kawaii or chibi characters?
Yes. Kawaii, chibi, cute collectible, anime-inspired, and stylized character designs are welcome.
Can you model clothing and accessories?
Yes. Clothing, bows, hats, shoes, bags, baskets, props, and other character specific elements can be incorporated depending on their complexity.

