About this asset

This Revit family provides a precise plan-view representation of a baseball field, ideal for site layout and masterplanning projects. The asset is a 2D line-based Revit family representing the standard geometry of a baseball diamond and outfield. It delineates the infield, bases, pitcher's mound, and home plate within the field arc. The linework is clean and schematic, designed for clear readability in site plans and landscape documentation. The proportions reflect a standard field layout, allowing for quick integration into larger masterplan files. As a lightweight family, it maintains project performance while providing the necessary graphical information for site development and recreational facility planning without unnecessary 3D geometry.

The download is a 61 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

Users can load this family into a project and place it directly into a site or landscape plan view. Since it is a 2D annotation-style object, it is best utilised for masterplanning phases or site analysis drawings. Architects can snap the object to existing site boundaries or grid lines to define recreational zones. The linework is set to standard project line weights, ensuring consistent output across different scale views and plot styles within the BIM environment.

This field is essential for landscape architects and urban designers working on parks, recreational facilities, or educational campus masterplans. It pairs well with other site furniture and landscaping elements to populate site plans for planning applications or feasibility studies. Professionals searching for sports field symbols, baseball diamond layouts, or recreational site components will find this asset useful for early-stage site design and layout documentation. It is suitable for projects ranging from local park renovations to large-scale municipal sports complexes.