In this project, we tackled the challenge of reimagining traditional air vents in car dashboards, seeking to create designs that are both functional and visually innovative. We developed several concepts that blend seamlessly with the dashboard, moving beyond the typical mechanical vents. Starting with quick sketch ideas, we explored approaches like 3D Knit technology, which uses advanced textiles to conceal vents when inactive, creating dynamic wave patterns as airflow settings change. We also designed Origami-inspired vents that morph according to airflow, revealing or hiding as needed, and soft robotics, which directs airflow using flexible membranes without any moving parts.

Additionally, we employed the Fin Ray principle for shape-morphing air vanes and crafted a Lamella structure with flexible strips that guide airflow while forming a dynamic visual pattern. To further enhance user interaction, we explored Gesture Control and capacitive sensors in fabrics, allowing for touchless operation. Each concept pushes the boundaries of traditional dashboard design, introducing novel materials and mechanisms for a more integrated and aesthetically pleasing experience.

The five concepts we developed include *Linear*, with hidden compartments that open on demand; Unfold, featuring parametric openings that adjust dynamically; Layered with ventilated flaps and ambient lighting; Lamella, with flexible strips that create a dynamic airflow pattern; and Origami, a system of perforated surfaces that open, close, and diffuse airflow as needed. Each concept redefines how air vents can function and integrate within modern car interiors.