AMT Hardballer – Low Poly Game-Ready 3D Model (Clean Topology + 4K Textures)
This detailed 3D model is a hybrid representation of the legendary AMT Hardballer—faithfully combining elements from the real-world firearm and its stylized appearance in the Hitman video game franchise as the 'Silverballer.' Designed in Blender with clean quad-based topology and efficient geometry, this model is fully optimized for real-time use while retaining realistic form and mechanical detailing. It's ideal for developers, artists, and collectors looking for a weapon model that bridges cinematic flair and authentic firearm design.
Whether you're recreating Agent 47’s signature sidearm for a game, cinematic sequence, or VR project—or simply want a well-built model inspired by one of gaming’s most iconic pistols—this asset offers versatility, accuracy, and performance.
The model is fully modular, with separated components including the suppressor, bullet, magazine, hammer, trigger, and more. Everything is ready for animation or part-based customization. UVs are non-overlapping and cleanly packed for efficient texturing and baking.
Key Features Game-ready and low poly optimized Total Vertices: 15,238 Pistol-only Vertices: 14,512 Polygon Count: 15,034 (all quads) 4K high-resolution PBR textures included
Textures Provided Base Color Roughness Metallic Normal Map Ambient Occlusion
Additional Details Clean quad topology designed for smooth subdivision and performance. Optimized UV layout with non-overlapping islands. No ngons, non-destructive workflow. Animation-ready modular parts.
Includes Full pistol, suppressor, and bullet as separate objects Flexible for use in FPS games, cinematics, asset packs, or weapon kits
Bonus A lightweight, low-poly version is included in multiple formats, specifically optimized for seamless integration into game engines.
Key Features Game-ready, ultra low poly, and optimized without compromising details Vertices: 6,493 Pistol-only Vertices: 5,767 Faces: 12,724 (Triangulated) 4K PBR High-Quality Textures Included