Block
Awning window S US 30''
The awning window S US 30'' CAD block is a versatile asset for interior designers and architects looking to enhance their floor plans with precision and style. This block offers three distinct views—front, side, and top—making it an excellent choice for modern architectural designs focused on optimizing natural light and ventilation. With its compact dimensions of 76.2cm by 7.6cm, this awning window fits perfectly into tight spaces, addressing the growing trend of compact living while providing solutions for sustainable design. The ability to easily incorporate this element into your design workflow can save significant time, allowing you to focus on creating detailed client presentations. As a generic brand block, it offers flexibility for customization in various residential or commercial settings.
| Brand | Generic |
| Width | 76.2cm / 2' 6.0" |
| Height | 7.6cm / 3.0" |
Versatile Window Design
The awning window S US 30'' offers a versatile design that fits well in both residential and commercial environments. Its compact size makes it ideal for spaces where airflow and natural light are priorities, such as bathrooms or basements, enhancing the overall functionality of your layout.
Detailed Three-View Block
With front, side, and top views, this CAD block allows designers to visualize the window's placement within different architectural settings accurately. This multi-view capability makes it an essential tool for those who need comprehensive visualizations in their design process.
Fits Compact Spaces
Perfect for compact living solutions, the 76.2cm by 7.6cm dimensions ensure this window can be integrated into tight spaces without compromising on design integrity or practicality, aligning with current trends in urban living and limited-space architecture.
Ideal for Sustainable Projects
Integrating this awning window into your design can contribute to sustainable architecture projects by maximizing natural ventilation and light, reducing the need for artificial lighting and climate control in smaller spaces.