1/6
This incredible 3D model brings the legendary synth detective Nick Valentine to your tabletop collection in a charming chibi style. Every detail of his iconic detective trench coat and fedora is preserved with a stylized twist that emphasizes his unique synthetic features. He stands with a classic noir pose reflecting his history as a hardboiled investigator in the Commonwealth. This digital STL file is optimized for high resolution printing to capture the subtle textures of his damaged synthetic skin and the fabric of his clothing. Whether you are a fan of post-apocalyptic lore or a dedicated miniature painter this model offers a fantastic opportunity to add a touch of the wasteland to your shelf. For the best results we recommend using a resin SLA printer to maintain the crisp edges and fine details found on the face and mechanical parts. If you choose FDM printing consider using a 0.1mm layer height or lower to ensure the curves of the hat and coat remain smooth. Supports are necessary for the overhanging brim of the hat and the sleeves of the coat but they are easy to remove with proper placement. The figure is scaled for standard tabletop gaming but can be easily resized in your slicer to create a larger display piece. Painting this miniature is a delight as the distinct surfaces provide clear boundaries for shading and highlighting techniques. You can recreate his worn metallic look or give him a fresh factory finish depending on your preference. This chibi figure is perfect for dioramas or as a standalone piece for fallout enthusiasts everywhere. Enhance your hobby experience with this meticulously crafted sculpt that celebrates one of the most beloved characters in modern gaming history. Please Note: This STL file may require pre-printing preparation such as support analysis and positioning adjustments. Thickness verification and specific settings for your printer and filament may be needed. Other technical adjustments might be necessary depending on your equipment and printing method.
REVIEWS & COMMENTS
accuracy, and usability.
