Block
Bay window EU 60 degree, casement
The Bay window EU 60 degree, casement is a versatile CAD block designed for architects and interior designers seeking efficient ways to incorporate natural light and panoramic views into their projects. With dimensions of 166.4cm in width and 67.1cm in height, this block fits seamlessly into various architectural designs, promoting an open and airy ambiance. A key trend in modern design, bay windows enhance spatial perception and provide energy-saving benefits through increased daylighting. This asset facilitates quick adjustments in floor plans, optimizing workflow and enhancing client presentations by showcasing realistic window placements. Embrace sustainable architecture using this block to improve building energy efficiency while adding a touch of contemporary style.
| Brand | Generic |
| Width | 166.4cm / 5' 5.5" |
| Height | 67.1cm / 2' 2.4" |
Ideal for bright spaces
The Bay window EU 60 degree, casement is perfect for creating well-lit interiors. By capturing abundant natural light, this block enhances any space's brightness, fitting perfectly into residential living rooms or commercial office designs. It's an essential tool for projects emphasizing daylight utilization.
Seamless design integration
With its tailored dimensions, the Bay window EU block easily integrates into diverse floor plans. Its adaptability simplifies the inclusion of elegant window features in both new builds and renovation projects. Ideal for maintaining aesthetic continuity across architectural designs.
Customizable view options
Featuring front, side, and top views, this CAD block allows flexible placement within your design. These multiple perspectives are vital for accurately visualizing and adjusting the window's impact on both exterior facades and interior layouts, ensuring harmony throughout the design process.
Energy-efficient solutions
Incorporating the Bay window EU block supports energy-efficient building practices. Its strategic placement can reduce reliance on artificial lighting, contributing to lowering energy costs and enhancing the sustainability profile of any architectural project.