I will create ps1 ps2 psx n64 retro low poly 3d character model rig animation

P
porshe876
P
porshe876
Porsheea

About this gig

Need a unique retro character for your indie game, horror project, animation, or game jam?


I will create a custom low poly 3D character inspired by the classic PS1, PSX, PS2, and N64 retro game aesthetic. I can model, texture, rig, and animate your character based on your concept, references, or description while maintaining the nostalgic low-poly style of classic console games.


What you can get:

* Custom PS1, PSX, PS2, or N64 style 3D character

* Optimized low poly game-ready model

* Retro textures and clean UVs

* Custom clothing, accessories, and details

* Rigging and animation when included

* T-pose or A-pose

* Source files and requested formats

* Unity, Unreal Engine, Godot, or other game-ready assets


Perfect for:

* Indie and retro games

* PSX/PS1-style horror games

* N64-inspired projects

* Character-based animations

* Game jams

* Stylized 3D projects


Send me your character concept, references, desired style, polygon/texture requirements, and intended use before ordering. For multiple characters, complex creatures, advanced rigging, animation, or urgent projects, please contact me first so I can confirm the scope.

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 Porsheea

Porsheea

Low Poly 3D Artist Retro Game Characters Assets

  • FromUnited States
  • Member sinceOct 2026
  • Avg. response time1 hour
  • Languages

    English, Spanish, German, French
I’m a 3D artist specializing in low poly modeling, retro game characters, and stylized game-ready assets. I create PS1, PSX, PS2, and N64-inspired characters, props, environments, and custom 3D models with a nostalgic classic-game aesthetic. I can handle modeling, texturing, UV mapping, rigging, animation, and optimization for indie games, horror projects, game jams, animations, and real-time applications.