Porsche 911 (2024) – Ultra-Realistic 3D ModelFile Formats: FBX, BLEND, OBJ, STL, GLB, USD, MTLResolution: 4K PBR TexturesRendering Engine: Cycles (Blender)UV Mapping: Yes, Non-Overlapping
Description:This highly detailed Porsche 911 (2024) 3D model perfectly captures the iconic design and high-performance aesthetics of the latest 911 series. With its sleek aerodynamic curves, aggressive front fascia, and powerful rear stance, this model is crafted for realism and accuracy.
Designed for automotive visualizations, animations, game assets, AR/VR experiences, and 3D printing, the model includes a fully detailed exterior and interior, making it ideal for high-end renders and immersive applications.
Model Specifications:Polygon Count: Optimized for realistic rendering while maintaining smooth performance.Subdivision Ready: Can be further subdivided for ultra-detailed renders.Topology: Clean and quad-based for high-quality shading and modifications.Textures & Materials:4K PBR Textures (Base Color, Normal, Roughness, Metallic, AO).Realistic Porsche Paint Shader with both glossy and matte variations.Detailed Interior: Fully modeled dashboard, infotainment system, seats, and steering wheel.Authentic Glass & Carbon Fiber Materials: Transparent windows and high-quality reflections.Emissive Headlights & Taillights: Includes glowing effects for realistic night lighting.File Format Breakdown:
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Visual Presentation:The Porsche 911 (2024) 3D Model is displayed in a studio lighting environment, showcasing its sleek aerodynamic body, signature LED headlights, and aggressive rear spoiler. The metallic paint reflects light beautifully, while the carbon fiber details and sharp alloy wheels enhance its premium appeal. The interior lighting setup highlights the digital instrument cluster, leather seats, and modern infotainment controls.
Why Choose This Model?This Porsche 911 (2024) 3D Model is perfect for CGI artists, game developers, automotive designers, and 3D printing enthusiasts. With multiple file formats, high-resolution textures, and optimized geometry, this model is ready for rendering, animation, or direct use in real-time applications.