Riley Upholstered Bed 3D Model is a three-dimensional digital representation of a contemporary sleeping furniture piece featuring an elegant dark headboard and sophisticated bedroom styling. This detailed architectural visualization features plush upholstery, vibrant textile elements, and complementary wooden nightstands, all set within a refined minimalist aesthetic. The model delivers exceptional realism for interior design projects and residential visualization requirements.

Detailed Description of Riley Upholstered Bed 3D Model

The Riley Upholstered Bed embodies contemporary bedroom furniture design, boasting premium upholstered construction and a sophisticated, dark headboard that complements modern interior aesthetics. Real-world counterparts utilize high-quality fabric or leather upholstery over sturdy wooden frames, creating durable sleeping solutions for residential and hospitality environments. Professional interior designers often specify upholstered beds for their versatility in complementing a wide range of color schemes and architectural styles.

This model showcases meticulous attention to textile details, capturing the authentic appearance of quilted bedding, coordinated pillows, and layered linens that define luxury bedroom spaces. Technical accuracy ensures seamless integration with architectural visualization projects, providing designers with reliable assets for client presentations and space planning applications. The accompanying wooden nightstand elements complete the bedroom ensemble, reflecting current trends in minimalist furniture design.

Architectural visualization professionals utilize this model for residential developments, hotel room designs, and staged property presentations where realistic bedroom environments drive client engagement. Interior design portfolios benefit from the model’s photorealistic quality, enabling designers to effectively demonstrate spatial relationships and material combinations. The versatile styling supports various project scales, from intimate apartment layouts to expansive master bedroom configurations in luxury residential developments.

Key Features of Riley Upholstered Bed 3D Model

The Riley Upholstered Bed 3D Model delivers seven essential features that streamline your design workflow and enhance project outcomes.

• Accurate scaling and measurements: Standard units, such as centimeters and inches, ensure precise dimensional representation for professional architectural and interior design applications.
• Optimized polygon structure: High-poly construction provides exceptional detail for close-up renders while maintaining subdivision-ready geometry for seamless modifications.
• Professional UV mapping and materials: Complete UV unwrapping with separate material assignments and PBR textures yields photorealistic rendering results across various lighting conditions.
• Structured layer organization: Distinct layers facilitate quick customization and efficient editing processes while maintaining proper UV coordination throughout the model.
• Intuitive naming conventions: Clear object names and logical grouping systems accelerate workflow efficiency and simplify complex scene management tasks.
• Native 3ds Max integration: Direct compatibility eliminates plugin requirements, ensuring immediate usability upon import into your existing project files.
• Clean model delivery: The focused asset package excludes background elements, lighting setups, and camera configurations typically shown in promotional renders.

Supported File Formats for Riley Upholstered Bed 3D Model

This Riley Upholstered Bed 3D Model is developed using 3ds Max software and supports versatile export capabilities. Artists can seamlessly convert files into popular industry formats such as OBJ (.obj) and FBX (.fbx) for maximum compatibility. Studios benefit from flexible workflow integration across multiple platforms and rendering engines. Download your premium 3D model today! Enjoy competitive rates, extensive collections, and a complete satisfaction guarantee. Start creating instantly with immediate access.