Description

Enhance Your Home's Curb Appeal with the Japanese Maple Tree Set

Are you looking for a stunning focal point to elevate the curb appeal of your home? Look no further than the captivating Japanese Maple Tree Set. These two Acer Palmatum trees create a mesmerizing scene that will leave your neighbors in awe.

Discover the Beauty of Japanese Maples

Japanese maples, scientifically known as Acer Palmatum, are native to Japan, China, and Korea. With their striking gray bark, these trees create a distinct silhouette that stands out in the moonlight and against the winter snow. Their branching limbs bring balance and harmony to any landscape design.

Elevate Your 3D Designs with the Japanese Maple Tree Set

Whether you are working on a 3D interior design or a 3D room design project, the Japanese Maple Tree Set will add a touch of elegance to your creations. This 3D model, available for download on 3dsky, is optimized for both distant and closeup views, making it ideal for various design purposes.

High-Quality 3D Model with Realistic Details

With a total of 2,086,605 polygons and 1,424,600 vertices, the Japanese Maple Tree Set offers a clean and optimized topology. The model is unwrapped with overlapping textures, ensuring realistic and seamless visuals. Its real-world scale and precise dimensions ensure that your 3D designs are accurate and lifelike.

Designed for Convenience and Ease of Use

The Japanese Maple Tree Set comes in 3ds Max (V-ray-2014) and FBX formats, allowing for easy integration into your preferred 3D design software. The objects and materials are thoughtfully named, enabling efficient organization and management of your project. Plus, its centimeter-based units ensure hassle-free scaling and compatibility.

Whether you are an experienced 3D designer or someone who simply appreciates the beauty of Japanese maples, the Japanese Maple Tree Set is a must-have addition to your 3D design collection. Download this exceptional 3D model today and transform your interior decor visions into stunning reality.