The CUPRA Tindaya Showcar matt body colour shifts from front to rear, flowing from deep metallic grey, evoking the nearby Atlantic Ocean, to a soft beige that merges the dry earth and warm tones of the mountain.
Crystal clear transparent elements seamlessly integrated into the body, subtly illuminated in a digital copper tone, project a digital aura that enhances the vehicle’s progressive character without disturbing the calm of its surroundings. On the roof, 3D-printed structural parts in aluminium allow the design to adapt organically to the vehicle’s flowing lines.
Bcomp flax fibre, dyed in the same beige tone as the bodywork, adds a layer of sustainable sophistication and performance. This material not only ensures high performance but also reinforces a commitment to environmentally respectful mobility. Beneath the surface, the parametric design of the claddings appears like organic leaf nervures, giving the Tindaya Showcar a look of something, not inanimate but alive.
Upon entering the cabin, the Tindaya reveals its soul. The seats and central console, upholstered in a sustainable bio-attributed leather, follow the parametric curves of the under-skin texture with fluidity, revealing the pulsing, living creature, responsive to both environment and driver. In a dynamic gesture, the central console transitions from soft to hard materials toward the rear, following the natural flow of the design.
The interior is infused with warmth thanks to the waxed bronze microfibre, adding depth, texture, and a refined touch. Interior structural elements, also made from 3D-printed aluminium like the exterior, create a sense of continuity and solidity.
Yet the true heart of the vehicle is ‘the Jewel’, a glass prism, a unique and symbolic element. This phygital material acts as a sensory connection between the driver and the car. Through it, the user accesses experiences exclusive to CUPRA, where driving modes, light, sound, and tactile sensations come together in a holistic way.
The glass interior parts shimmer a copper glow, providing an evolution of the CUPRA copper application.
