Block
Person reading E front view
The 'Person reading E front view' block is an essential CAD block for interior designers and architects, facilitating realistic and professional client presentations. This people block, part of our People - 3 views library, adds a human element to your designs, enhancing their relatability and visual appeal. With dimensions of 76.5 cm in width and 177.8 cm in height, it is perfectly suited for representing realistic human scale in various architectural layouts. Architects and designers can efficiently showcase space usage and circulation patterns by incorporating this CAD block into their floor plans, saving time and optimizing project workflows.
Width | 76.5cm / 2' 6.1" |
Height | 177.8cm / 5' 10.0" |
Realistic Human Scale
This 'Person reading E front view' block accurately represents human scale, enabling designers to visualize and plan space usage effectively. It's perfect for ensuring comfort and accessibility in public spaces, retail environments, or residential interiors.
3D Space Visualization
Include this block to help visualize three-dimensional space dynamics in any layout. It's especially valuable in creating engaging presentations that demonstrate how people interact within the design space.
Versatile Placement
The dimension versatility (76.5cm x 177.8cm) of this block allows it to be placed in a variety of room settings, providing a universal scale reference across different architectural styles and layouts.
Enhances Client Presentations
Adding this block into your designs can significantly enhance the presentation quality, providing a lifelike context that helps clients understand and appreciate spatial arrangements.
Optimizes Workflow
Integrating this ready-to-use block saves invaluable time for designers, allowing a faster design and amendment process, ensuring that attention can be focused on more critical aspects of design development.
Supports Space Planning
By including human figures like this block, designers can better plan effective circulation paths and evaluate spatial efficiencies, which is vital for both compact and expansive designs.