Block
Office person walking B
The Office person walking B block is an essential CAD block from the People - 3 views library, designed to enhance your floor plans and architectural designs. With dimensions of 61.8cm by 72.6cm, this block accurately represents human scale in office environments, aiding in the visualization of spatial dynamics. Perfect for optimizing layouts, it provides an instant sense of realism and scale, improving the workflow of interior designers and architects. This block supports clear communication in client presentations and saves valuable time, facilitating more effective design processes in modern office settings.
| Brand | Generic |
| Width | 61.8cm / 2' 0.4" |
| Height | 72.6cm / 2' 4.6" |
Accurate Human Scale
The Office person walking B block accurately represents human scale, aiding in the visualization of spatial dynamics within office environments. This enhances design authenticity and aids in creating realistic plans.
View Customization
Featuring front, side, and top views, the Office person walking B block allows designers to seamlessly integrate human figures into a variety of interior layouts, improving design presentation and layout accuracy.
Enhancing Client Visuals
The Office person walking B block enriches client presentations with precise visual elements, enabling clients to better comprehend the human interaction within spaces, thus facilitating effective design communication.
Workflow Optimization
Integrating Office person walking B block in floor plans streamlines workflow efficiencies, saving designers time and increasing productivity by skipping repetitive drawing tasks, allowing focus on creative solutions.
Versatile Application
This versatile CAD block can be used across various design projects, from office to commercial spaces, depicting dynamic human presence and aiding in the creation of interactive, functional layouts.
Realistic Design Solutions
Incorporating Office person walking B provides realistic solutions to space planning, enabling designers to assess traffic flow effectively and make informed decisions about spatial arrangements in dynamic environments.