Old woman sitting B front view

Block

Old woman sitting B front view

The Old woman sitting B front view block from our People - 3 views library is an essential addition for interior designers and architects aiming to enhance the realism in their floor plans. Perfect for visualizing human scale and interaction with interior spaces, this block intuitively guides spatial planning. With a precise width of 78cm and height of 136.2cm, it seamlessly integrates into diverse environments, saving time and optimizing workflows in client presentations. This CAD block not only enriches design narratives but also aligns with the trend of user-centric spaces in modern architecture.

BrandGeneric
Width78cm   /   2' 6.7"
Height136.2cm   /   4' 5.6"
Open in RayonOr

Ideal for Scale

The Old woman sitting B front view block accurately represents human scale, helping designers create spaces that consider user ergonomics. It is perfect for evaluating room layouts and seating arrangements in public and private settings.

View Versatility

Offering front, side, and top views, this block allows comprehensive design explorations. Designers can easily place it in any interior setting, enhancing spatial depth and interaction in room layouts.

Client Presentation Ready

This CAD block enhances client presentations by providing polished, detailed visuals that demonstrate how spaces will be utilized, making it invaluable for both commercial and residential projects.

Category Completeness

Part of the comprehensive People - 3 views library, the Old woman sitting B block complements a wide range of human figure blocks, allowing for intricate detailing and diverse representation in designs.

Space Optimization

With precise dimensions, this block aids in space optimization by ensuring seating arrangements realistically fit within designated areas, thus enhancing the functional use of every corner.

Enhancing Realism

Integrating realistic human figure blocks like this one into your designs adds a layer of authenticity, helping clients visualize how spaces will operate in real life, thus supporting more informed decision-making.



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