Description

Ultimate Sports Complex: A High-Quality 3D Model for Your Interior Design Needs

The Ultimate Sports Complex is an impressive addition to any interior design project. As a meticulously crafted 3D model, this complex offers an engaging and realistic visual representation of a sports-themed area within your space. Whether you're an architect, designer, or a design enthusiast, this 3D model download will undoubtedly elevate your concepts to the next level. Created with precision and attention to detail, this model is perfect for creating stunning 3D designs for sports facilities, gyms, or recreational centers.

Impressive Features and Specifications

With the use of advanced 3DS Max technology, the Ultimate Sports Complex becomes a fantastic visual representation of your 3D interior ideas. The model consists of the following elements:

  • Swedish wall (2m) - 3 pieces
  • Horizontal ladder (60 cm) - 1 piece
  • Hinged table and chair - 1 set
  • Pallet for cargo - 1 piece
  • Winches for cargo movement - 2 pieces
  • Play area: Table and Crane

When assembled, the Ultimate Sports Complex measures 2m34cm (H) x 76cm (W) x 1m50cm (L). The package size is 36cm (H) x 76cm (W) x 2m05cm (L). Whether you're designing a sports-themed room or showcasing your 3D home design skills, this model is a perfect choice to bring your ideas to life.

Elevate Your Interior Decor with this 3D Model

The Ultimate Sports Complex, available for download on 3DSky, offers endless possibilities for 3D room designs. With its exceptional quality and attention to detail, this model allows you to accurately visualize and plan your interior decor. Whether you're working on a personal project or catering to client needs, this 3D interior decor will undoubtedly make a lasting impression.

Discover the power of 3D design and experience the immense potential this Ultimate Sports Complex brings to your interior spaces. Download the 3D model today and unlock a world of creative possibilities!

Transform Your Space

Quality

HQ

Colors

Render

Vray