About this asset

This linear slot grill for pool ventilation is a native Revit family featuring a slim, high-tech design with adjustable dimensions. Designed for integration into pool area floor or wall systems, this linear slot grill features a low-profile, elongated form factor. The unit consists of a series of parallel vertical slats held within a rigid metal frame, finished in a matte black coating. It is engineered to facilitate air circulation while maintaining a minimalist aesthetic suitable for high-end aquatic environments. The geometry is clean and precise, focusing on functional performance. The model includes standard parameters for width and height adjustment, allowing it to adapt to various ductwork layouts and specific room requirements during the design process.

The download is a 399 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.

Engineers can load this family into a Revit project to manage pool area humidity and airflow. It functions as a face-based component, enabling easy placement onto floor or wall surfaces. Users should map the grill to existing mechanical systems via the connector points to ensure accurate BIM data integration. Adjustments to the length and depth are handled through the type properties, allowing for seamless coordination with architectural floor plans and HVAC ductwork runs in complex interior layouts.

This ventilation component is essential for indoor swimming pool facilities, wellness centres, and luxury residential spas where moisture control is critical. It pairs effectively with modern interior finishes, particularly in high-tech or industrial-style aquatic spaces. Professionals searching for floor-level air handling, linear diffusers, or pool-specific ventilation systems will find this asset useful for both schematic design and construction documentation phases. It is ideal for projects requiring precise coordination between mechanical engineering teams and interior architects to ensure clean, unobtrusive air distribution solutions.