This 3D model represents a dental foot control pedal designed as a static visual representation suitable for 3D printing. The model includes a low-profile pedal body with defined surface contours and a stable base. It reflects the general appearance of foot-operated controls used in dental clinics without attempting to replicate internal electronics or functional movement. The geometry is solid and optimized for printability, avoiding thin edges or complex undercuts. The model is delivered without textures or materials, allowing direct preparation for physical printing. All details such as pedal shape, housing edges, and surface divisions are modeled directly into the mesh. This object can be used for educational models, clinic layout visualizations, or as a prop in medical scenes. As a static model, it offers durability and ease of production across different 3D printing technologies. The design is scalable and can be post-processed or painted after printing to achieve a desired finish.