Block
Awning window S EU 500 side view
The awning window S EU 500 side view is a high-demand CAD block tailored for architects and interior designers focused on modern European design. Ideal for projects prioritizing sustainable architecture and energy efficiency, this window block can seamlessly fit residential and commercial designs, enhancing natural ventilation while offering elegant aesthetics. With its compact dimensions of 50cm width and 25.5cm height, this block effectively supports space optimization in architectural plans. As part of the EU Windows - 3 views library, it provides side view customization to improve workflow accuracy, enabling precise design development and client presentations with ease.
| Brand | Generic |
| Width | 50cm / 1' 7.7" |
| Height | 25.5cm / 10.0" |
Accurate Room Fit
The awning window S EU 500 is perfect for compact spaces requiring efficient ventilation. Its side view is particularly useful in kitchens and bathrooms, where air flow is essential yet space is limited. Its dimensions, 50cm by 25.5cm, ensure it integrates effortlessly into minimalistic and modern interior designs.
View Customization
Offering a detailed side view, the awning window S EU 500 allows designers to accurately place the window in complex layouts. This customization supports diverse design scenarios, ensuring that every angle of your architectural vision is maintained, providing flexibility in both planning and execution stages.
Energy Efficiency Inclusion
The design of the awning window S EU 500 supports environmentally conscious projects by maximizing natural light and air flow. Architects can use this block to incorporate sustainable solutions into their designs, aligning with industry trends toward reducing artificial energy consumption in building design.
Enhancing Client Visualization
Utilizing the awning window S EU 500, professionals can present polished, realistic layouts that engage clients effectively. By incorporating this block into visual presentations, designers can clearly communicate aesthetic and functional aspects of window placements in various settings.