About this asset

This face-based Revit family provides a modern door lock component, designed for precise architectural detailing in BIM projects. The door lock features a clean, geometric silhouette typical of contemporary hardware design. It comprises a rectangular face plate with a protruding handle lever and a secondary circular locking knob. The form is simplified and robust, suggesting a standard industrial-grade construction. Its face-based nature allows for seamless integration onto door panels within a model, ensuring it remains flush with the host surface. The design is devoid of unnecessary ornamentation, focusing on functional aesthetics that suit a wide range of interior styles from minimalist to high-tech office environments.

The download is a 287 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.

As a face-based Revit family, this component is designed to be hosted directly onto door panels or wall surfaces. Users can load the RFA file into their project and snap the object onto any flat face, where it will automatically orient itself. It is lightweight and efficient, making it suitable for large-scale projects where hardware detail is required without inflating file size. Adjustments to the positioning or alignment can be made using standard Revit modification tools once placed.

This hardware component is ideal for architectural projects ranging from high-end residential interiors to corporate office fit-outs. It is particularly useful during the design development and construction documentation phases where door schedules and interior elevations require accurate representation of ironmongery. Architects and interior designers can use this to detail door assemblies in lobby areas, private offices, or residential suites. It pairs effectively with modern door styles and can be used to populate door families for comprehensive BIM documentation and visual coordination.