About this asset

This collection of six 2D AutoCAD DWG drawings features various riders on scooters shown in precise elevation views. This set provides six distinct 2D vector illustrations of individuals operating scooters, captured in clean line-work suitable for technical documentation. Each figure is depicted in a side or front elevation profile, showing varied riding postures and helmet configurations. The drawings focus on clear outlines of both the human form and the scooter frame, ensuring legibility at typical architectural scales. These assets are represented as flat, black-and-white linework without surface fills, allowing for easy integration into existing drawing standards or custom line-weight adjustments for final plotting or presentation output.

The download is a 195 KB file containing an AutoCAD drawing (.dwg) drawn in elevation holding 6 separate objects. It opens in AutoCAD, BricsCAD, DraftSight and other DWG-compatible CAD programs, ready to insert as blocks into plans and elevations.

Professionals can efficiently incorporate these blocks by inserting them directly into their primary AutoCAD layout or elevation files. Each figure is scaled to represent a standard human height, allowing for quick placement in site sections or streetscapes to establish context and scale. Users should manage these assets on a dedicated layer to maintain control over visibility and line-weight properties, ensuring they do not clutter the primary technical information of the building design.

These 2D CAD blocks are essential for architects and urban designers working on site plans, street-level elevations, or landscape masterplans. They provide necessary human scale and visual interest to architectural presentations, particularly for projects involving urban mobility, residential developments, or commercial storefronts. By populating public spaces, pedestrian zones, or parking areas with these riders, designers can effectively communicate the intended use of exterior spaces and the character of the surrounding urban environment in both schematic and design development stages.