Block
Woman running A
The Woman running A CAD block is a versatile asset for architects and interior designers, representing a dynamic human figure in various views within the People - 3 views library. With dimensions of 69.1cm in width and 66cm in height, this block is perfect for adding realistic human movement to your floor plans, enhancing client presentations, and fitting seamlessly into any interior design or architectural project. It's an ideal solution for scenarios like fitness centers or athletic facilities, where illustrating active environments is essential. This block allows for an improved workflow by providing designers with quick, customizable options that adhere to modern design trends, such as realistic human representation and dynamic layouts.
| Brand | Generic |
| Width | 69.1cm / 2' 3.2" |
| Height | 66cm / 2' 2.0" |
Dynamic Human Representation
The Woman running A block captures the essence of movement, bringing life and activity to your floor plans and elevating your design's narrative by illustrating realistic human dynamics.
Multiple View Options
This block offers front, side, and top views, enabling designers to incorporate it seamlessly into various layout orientations and depths, enhancing visual accuracy and placement precision.
Enhancing Fitness Spaces
Ideal for fitness centers or sports facilities, the Woman running A block communicates energy and motion, making it a vital component in environments focused on physical activity.
Scalable to Any Size
With dimensions of 69.1cm width and 66cm height, this block offers scalability, allowing architects to adjust its size to fit diverse project needs without losing detail or clarity.
Client Presentation Ready
Including this dynamic block in presentations conveys professionalism and attention to detail, helping clients better visualize spaces with active, engaging environments.
Quick Customization
Customizable within Rayon, the Woman running A block can be tailored to suit various aesthetics or project requirements, saving time and boosting design efficiency.