Dodge Viper ACR 2017 Game and Cinematic Ready Realistic Low-poly 3D model

High detailed 3D model of the Dodge Viper ACR 2017, created to real-world scale and based on accurate vehicle references for high visual fidelity;

Original dimensions approximately 4.46 × 1.94 × 1.25 meters;

Model built using real Dodge Viper ACR reference data to ensure correct proportions and surface accuracy;

All objects have correct unique names and are properly grouped;

Product is fully modular – all parts are separated and can be used independently or combined as needed for customization and animation;

All parts are separated for easy editing, shading, animation, and customization;

Clean quad-based topology with no NGon polygons;

Fully subdivision-ready geometry;

Model includes a detailed interior layout suitable for interior shots and cockpit camera views;

Model is suitable for all types of shots, including exterior, interior, close-up, and cinematic views, and features realistic light-emitting materials for headlights, taillights, indicators, and interior elements where applicable; the asset is rigging-ready, game-ready, and cinematic-ready, with a clean hierarchy, correct pivots, and a modular structure suitable for animation, real-time engines, and high-quality renders;

Includes simplified engine geometry for completeness;

Scene lighting and cameras are properly configured for preview and presentation renders.

Fully UV unwrapped with non-overlapping UV islands;

Blender Cycles materials fully set up using a PBR workflow;

Includes multiple high-resolution textures for exterior, interior, and lighting elements;

All parts have properly assigned materials;

Model is ready to render directly in Blender Cycles without additional setup;

Materials can be adapted for other real-time or offline render engines if required.

Blender (.blend) – Native file with materials set up for Cycles;

FBX – Universal exchange format;

OBJ – Geometry-only format;

GLTF / GLB – Real-time and web-ready format;

***Note: When using FBX, OBJ, or GLTF formats, materials and textures may require manual reassignment depending on the target software or engine.

Subdivision level 0 (Base mesh): clean and optimized topology suitable for customization, rigging, and real-time use;

Subdivision level 2 (Smoothed): high-detail surface suitable for close-up renders and cinematic shots;

Clean, efficient base mesh designed for flexibility, performance, and production workflows.