Block
Casement arc window S US 38''
The casement arc window S US 38'' is an essential CAD block for interior design and architecture professionals seeking to incorporate detailed elements in their floor plans. With a width of 96.5cm and a height of 35.9cm, this window block is ideal for ensuring designs meet both aesthetic standards and functionality. Addressing current trends in sustainability and compact living, it assists in optimizing space while enhancing energy efficiency. Whether included in residential or commercial projects, this block improves workflow by offering precise dimensions and views, making it a valuable addition to client presentations. Its adaptability supports scalability across varied architectural styles, encouraging creative freedom without sacrificing accuracy.
| Brand | Generic |
| Width | 96.5cm / 3' 2.0" |
| Height | 35.9cm / 1' 2.1" |
Optimized Window Design
The casement arc window S US 38'' block offers optimized design that fits various architectural styles. Its compact dimensions make it suitable for modern, space-saving layouts while maintaining elegant aesthetics.
Versatile View Options
One of the standout features of this block is the ability to switch between multiple views. With front, side, and top views available, designers can ensure precise placement in any project layout, enhancing design viability.
Enhancing Client Presentations
Utilize the casement arc window block in your client presentations to showcase advanced architectural design. Its polished visuals help in demonstrating window placements effectively in both commercial and residential projects.
Space Efficiency
Given its dimensions, the window block is perfect for projects focusing on compact living solutions. It provides an efficient use of space without compromising on light entry, making it a smart choice for modern interiors.
Architectural Integration
This CAD block seamlessly integrates with a variety of architectural plans. Whether part of a new build or a renovation, its flexible dimensions ensure adaptability for energy-efficient window designs.