139 윈체스터 모던 캐나다 벽돌 및 목재 주택 3D 모델

설명

Detailed 3D Exterior Model for Architectural

Highly detailed 3D model of a real Canadian house located at 139 Winchester. Features a stylish blend of brick, wood, and metal elements, perfect for photorealistic rendering, real estate marketing, and architectural presentations.

Full Description:

This 3D model is a realistic digital recreation of a modern Canadian residential house situated at 139 Winchester. Designed with a contemporary architectural style, it combines light brick walls, dark brick accents, and warm wood paneling, complemented by clean metal railings and large modern windows.

The building features a distinctive front balcony with a horizontal metal slat fence, a functional front staircase, and carefully proportioned exterior details that match the actual property. Its mix of textures and materials provides a realistic, high-quality appearance suitable for both close-up and wide-angle renders.

The model is ideal for:

• Architectural visualization – Showcase design concepts in a realistic environment.

• Real estate advertising – Create engaging marketing visuals for property listings.

• Urban planning and concept art – Use it in exterior scenes, city layouts, or neighborhood designs.

• Virtual reality and walkthroughs – Perfect for interactive presentations.

This model is fully prepared for rendering in 3ds Max with Corona and V-Ray materials, making it easy to integrate into any professional workflow.

Features:

• Based on a real Canadian property (139 Winchester)

• High-quality brick, wood, and metal materials

• Clean and optimized geometry for efficient rendering

• Realistic proportions and architectural accuracy

• All main elements are separated for easy editing

• Perfect for both daylight and evening lighting setups

Technical details:

• Format: 3ds Max (Corona / V-Ray materials included)

• Polygon count: [your value here]

• Texture resolution: up to 4K for maximum detail

• Units: centimeters

• No third-party plugins required

• Ready for photorealistic rendering