Description

Introducing the Sleek Moss 1300 Armchair: A Luxuriously Comfortable 3D Model

Are you looking to enhance your 3D interior design project with a touch of luxury and comfort? Look no further than the Sleek Moss 1300 Armchair, a stunning creation by renowned designer Pavel Vetrov. With its exquisite design and exceptional attention to detail, this armchair is the perfect addition to any 3D room design, adding a touch of sophistication and elegance.

Experience Luxurious Comfort with the Moss 1300 Armchair

Designed with the utmost care, the Moss 1300 Armchair offers a truly luxurious seating experience. Its spacious dimensions of W: 130 cm, D: 82 cm, H: 76 cm, and Seat H: 45 cm provide ample room for relaxation and comfort. The armchair's meticulously crafted structure and ergonomic design ensure optimal support for your body, allowing you to unwind in style.

Elevate Your 3D Interior Decor with a Premium 3D Model

As a high-quality 3D MAX model, the Moss 1300 Armchair offers unparalleled realism and detail. Created with 114,024 polys and 114,132 verts, this model brings a lifelike representation of the armchair to your 3D interior design project. Whether you are an architect, interior designer, or simply a 3D enthusiast, this armchair model is the perfect addition to your collection.

Attractively designed by Pavel Vetrov, this 3D armchair model is available for download on 3DSky. With its compatibility with 3DS Max, this model seamlessly integrates into your 3D home design software, allowing you to create breathtaking interiors with ease.

Transform Your 3D Room Design with the Moss 1300 Armchair

With its luxurious comfort and impeccable design, the Moss 1300 Armchair is an essential element for creating stunning 3D room designs. Whether you are working on residential or commercial projects, this armchair brings an air of sophistication and elegance to any interior space. Elevate your 3D interior decor with this exquisite armchair model and create captivating visual experiences for your clients or personal projects.